Kdm Global

CONE CALORIMETER
What is it
A cone calorimeter is a device used to measure the thermal behavior of small samples of materials in their condensed phase. Its extensive use is in fire safety engineering, where it is employed to study how different materials burn. The calorimeter can measure the heat release rate, smoke generation rate, ignition time, oxygen consumption status, carbon monoxide, carbon dioxide generation, and mass loss rate of the given material sample.
A cone calorimeter is a scientific instrument used to measure the heat release rate and smoke production of materials when they are exposed to an external heat source. This information is valuable for evaluating the fire performance of materials and products, and for developing fire safety standards and codes.
The cone calorimeter consists of a small, sealed chamber with a cone-shaped opening at the top. A sample of the material to be tested is placed in the chamber, and an external heat source is applied to the material through the cone-shaped opening. The heat release rate and smoke production of the material are measured using sensors within the chamber.

What exactly is a bomb calorimeter
Bomb calorimeters are used to precisely calculate the energy shift that occurs during a reaction. The original Berthelot calorimeter was developed into the contemporary Bomb calorimeter. The combined bomb calorimeter of today is constructed of corrosion-resistant steel.
An apparatus known as a bomb calorimeter is used to measure the heat of reaction at a constant volume and the measured heat, also known as the change of internal energy (E). Chemistry allows for the measurement of a reaction's heat changes at a fixed pressure or volume.
How a Bomb Calorimeter Works
The combustion heat of samples that can burn with oxygen is measured using a specific kind of constant-volume calorimeter called a bomb calorimeter. Four crucial components are
Features:
Fully automated with a coloured PLC touch-screen display
One unit; no assembly is necessary
With automatic oxygen filling, direct screen reading, standardising capability, and 400 data storing in memory
RSD +/- 1 percent and temperature resolution of 0.001 degrees Celsius.
100 pills of 1 g of or 100 calories (imported)
Used for calculating the amount of heat produced during the combustion of fuel and other organic materials. Supplied complete with a water jacket constructed of brass/steel sheet that has been duly nicked and chromium-plated, with a bakelite lid.
Heavy-duty motorised duly stirrer for consistent circulation
Pettel, Briquette Apply forcefully.
Lighting and firing apparatus
spanners, a magnifying lens with nickel-chrome wire, a vibrating and buzzing device, and a cotton reel
Steel crucible, gas-releasing valve

Smoke Visibility Tester:

Smoke Detection The test device is comprised of a plywood chamber with an inner side painted with heat-resistant paint and a hole in the ceiling that allows a light metre cell to be held while being tested. The chamber's bottom has a hole that lines up with the hole in the ceiling. The bottom hole has a clear glass bulb installed in it. A hole is present on the chamber's left side, and an exhaust fan has been mounted there. A hole on the right side allows air to circulate when smoke is being expelled into the chamber. A hinged door with a transparent glass pane is on the front of the chamber. The right-side and left-side holes of the chamber each have shutters. An electronics regulator installed in the instrument panel is used to control the LUX of the bulb. The black drape covered the front glass window and the hole in the ceiling. On the section stand, the chamber was mounted. The device comes with a LUX metre for measuring the LUX of the light. The device also comes with a stainless steel plate and an aluminium silicate plate. A stainless steel specimen frame with provisions to hold the specimen and slide the specimen frame is slanted at a 20�° angle to the vertical. On the chamber's bottom, a burner is fixed at a 45-degree angle. For the purpose of adjusting the gas supply, a flow metre, pressure gauge, and pressure regulator are installed on the section frame. For long-lasting corrosion resistance, all the pieces have been coated or polished. No gas will be included with the instrument from our end.

Oxygen Index Tester ISO 4589-2: Ensuring Fire Resistance Compliance
The Oxygen Index Tester ISO 4589-2 is an essential fire testing equipment used to determine the minimum oxygen concentration needed for a material to sustain combustion. This test is crucial for assessing the flammability characteristics of materials, especially those used in industries where fire safety is critical, such as construction, automotive, and aviation. The ISO 4589-2 standard provides a reliable and standardized method for determining the oxygen index (OI) of materials, which helps ensure compliance with fire resistance and safety regulations.

At KDM Global, we manufacture high-quality Oxygen Index Testers that comply with the ISO 4589-2 standard, offering industries a reliable tool to evaluate material flammability and safety.

Standards:
The Oxygen Index Tester is designed to meet the following key standard:

ISO 4589-2: This standard defines the method for determining the oxygen index of a material. The oxygen index (OI) is the minimum concentration of oxygen in a mixture of oxygen and nitrogen required for a material to sustain combustion. The higher the oxygen index, the more fire-resistant the material is. ISO 4589-2 is widely used to assess the flammability of materials used in applications such as building materials, textiles, and electrical components.
How It Works:
The Oxygen Index Tester â?? ISO 4589-2 works by exposing a sample of the material to a controlled mixture of oxygen and nitrogen gases. The apparatus then measures the oxygen concentration at which the material continues to burn or self-extinguish. The test results are reported as the oxygen index (OI), which reflects the fire-resistance properties of the material.

Sample Preparation: A standardized sample is placed vertically in the test chamber.
Mixture of Gases: The sample is exposed to varying concentrations of oxygen and nitrogen.
Flame Behavior Analysis: The material is ignited and observed to determine if it will sustain combustion at specific oxygen concentrations.
Oxygen Index Calculation: The minimum oxygen concentration required for combustion is calculated and reported as the oxygen index.
Key Features:
Compliance with ISO 4589-2: Fully compliant with ISO 4589-2, ensuring accurate and standardized testing for oxygen index determination.
Precise Measurements: Accurately measures the oxygen index, providing valuable insights into material flammability and fire resistance.
User-Friendly Operation: Equipped with simple controls and a clear digital display for easy operation and result interpretation.
Durable Construction: Built to withstand rigorous testing, ensuring long-term durability and reliable performance.
Versatile Testing: Suitable for testing a wide range of materials, including plastics, textiles, rubber, and composites.

Fire Propagation Apparatus: Ensuring Fire Safety Compliance
The Fire Propagation Apparatus is used to evaluate the fire propagation characteristics of materials. It simulates real-world fire conditions to measure the contribution of materials to fire spread, essential for industries like construction, automotive, railways, and aerospace. By meeting international fire safety standards, it ensures that materials do not propagate fire uncontrollably.

At KDM Global, we manufacture high-quality Fire Propagation Apparatus, designed to meet the most stringent global standards, ensuring compliance with fire safety regulations.

Standards:
The Fire Propagation Apparatus complies with the following standards:

BS 476 Part 6: This standard evaluates how materials contribute to fire spread in building environments. Itâ??s essential for construction materials to pass this test for fire safety.
ASTM E1354: This standard tests heat release rate and fire propagation characteristics, commonly used in various industries, including automotive and construction.
How It Works:
The apparatus exposes materials to a controlled flame, measuring:

Heat Release Rate: The amount of heat emitted during combustion.
Flame Spread Rate: How fast the flame spreads across the material.
Ignition Temperature: The temperature at which the material ignites.
Key Features:
Precision: Advanced sensors provide accurate fire propagation data.
User-Friendly: Simple controls for easy operation.
Durable: Designed to withstand rigorous testing conditions.
Versatile: Suitable for industries like construction, automotive, railways, and electronics.
Applications:
Construction: Tests insulation, wall panels, and flooring to ensure fire safety compliance.
Automotive: Evaluates seats, interior fabrics, and dashboards for flammability.
Railways: Tests train interior materials like seats and flooring.
Electronics: Ensures wires, circuit boards, and plastics do not contribute to fire spread.
Why Choose KDM Global?
Global Compliance: Meets BS 476 Part 6 and ASTM E1354 standards.
Reliable Results: Provides accurate, repeatable testing.
Durable Construction: Built for long-term use in demanding environments.
Tailored Solutions: Customizable to fit the needs of various industries.

Tester for the fire propagation index with a calcium silicate board combustion chamber and a stainless steel support frame
Introducing the product
The test technique described in BS 476 part 6 provides a comparative measurement of the contribution to the spread of fire made by an essentially flat material, composite, or assembly. The test result is reported as a fire propagation index. Its main purpose is to evaluate the effectiveness of internal wall and ceiling linings.
Technical specifications

ISO 5660 Cone Calorimeter Machine Fire Testing Equipment Manufacturer in Delhi, India
KDM Global, a leading fire testing equipment manufacturer in Delhi, India, offers the ISO 5660 Cone Calorimeter Machine, designed for advanced fire safety testing. This state-of-the-art equipment is used to evaluate heat release rate (HRR), smoke production, mass loss rate, and ignition properties of materials under controlled conditions. It is widely used in industries such as railways, construction, automotive, and aerospace to ensure compliance with international fire safety standards.

Key Features:
ISO 5660 Compliant Meets international standards for fire resistance testing.
Precision Heat Flux Control Accurate measurement of material combustion characteristics.
Advanced Data Acquisition System Real-time monitoring and analysis of test results.
High-Temperature Resistance Built with durable materials for long-term reliability.
User-Friendly Interface Intuitive controls for ease of operation.

Applications:
Railway Material Testing Ensures compliance with railway fire safety regulations.
Construction Materials Evaluates fire performance of building materials.
Automotive Industry Tests interior and exterior vehicle components.
Aerospace & Defense Fire behavior analysis of aircraft materials.
Packaging & Delivery:
Packaging: Secure and sturdy export-grade wooden packaging for safe transportation.
Delivery: Timely shipping across India and international markets with reliable logistics.
Why Choose KDM Global?
Trusted Fire Testing Equipment Manufacturer in Delhi, India
Comprehensive After-Sales Support & Training
ISO, ASTM, and BS-Compliant Fire Testing Machines
Customizable Solutions for Industry-Specific Needs

For inquiries, quotes, or demonstrations, contact us today!

Related Products:
Smoke Density Test Apparatus (ISO 5659)
Single Flame Source Tester (ISO 11925-2)

ISO 5660 Cone Calorimeter Machine/HRR Machine Calibration Fire Testing Equipment for Safety and Compliance
The ISO 5660 Cone Calorimeter Machine, also known as the Heat Release Rate (HRR) Machine, is essential fire testing equipment designed to evaluate the flammability of materials across industries such as construction, automotive, and industrial manufacturing. This machine measures heat release rate (HRR), which is a critical indicator of a materialâ??s fire behavior when exposed to a flame.

Key Features:

Precise Heat Release Rate Measurement: The Cone Calorimeter accurately measures heat release, smoke production, and other vital parameters to assess fire safety, ensuring that materials meet stringent fire resistance standards.

Comprehensive Data Collection: Provides real-time data on total heat release, ignition time, effective heat of combustion, and smoke production, crucial for assessing material safety.

Compliance with Fire Safety Standards: The Cone Calorimeter is compliant with international standards like ISO 5660, ASTM E1354, and BS 476, making it a reliable tool for fire safety testing.

Wide Application: Suitable for testing a variety of materials including flooring, insulation, plastics, and coatings in the construction and automotive industries.

User-Friendly Interface: With easy-to-use controls and clear reporting, it simplifies data interpretation, helping businesses meet fire safety certification requirements.

Applications:

Construction: For testing materials like flooring, cladding, and insulation.
Automotive: Ensures fire resistance in materials like plastics and seat covers.
Railways & Aerospace: Evaluates the fire safety of materials used in trains and aircraft.
HRR Machine Calibration:

Regular HRR machine calibration is crucial for ensuring the accuracy and reliability of test results, helping to maintain compliance with global fire safety standards.

ISO 5660 Cone Calorimeter Machine AMC Ensuring Optimal Performance and Accuracy
The ISO 5660 Cone Calorimeter Machine is a vital piece of fire testing equipment used to assess the flammability and fire safety of materials, ensuring compliance with global standards like ISO 5660, ASTM E1354, and BS 476. To keep the machine performing at its peak and delivering reliable results, KDM Global offers an Annual Maintenance Contract (AMC) designed to maintain the Cone Calorimeter's accuracy and functionality.

Why Choose AMC for Your Cone Calorimeter Machine?

Ensure Optimal Performance: Regular servicing through an AMC ensures that your Cone Calorimeter operates at its best, preventing downtime and ensuring reliable test results.

Calibrate for Accuracy: The AMC includes regular HRR machine calibration to maintain the accuracy of critical measurements, including heat release rate, ignition time, smoke production, and other essential parameters.

Minimize Unexpected Costs: By maintaining your machine through an AMC, you can avoid costly repairs and replacements, ensuring longevity and preventing sudden equipment failures.

Compliant with International Standards: Keeping your machine regularly serviced ensures continued compliance with fire testing standards, allowing you to meet ISO, ASTM, and BS regulations.

Expert Support: KDM Global provides expert servicing by qualified technicians, ensuring that your Cone Calorimeter Machine operates according to the manufacturerâ??s specifications.

AMC Features:

Comprehensive Servicing: Includes inspections, calibration, software updates, and cleaning, ensuring that your machine is always ready for flame testing.
Priority Support: As an AMC customer, you receive priority support for any technical issues or breakdowns.
Extended Warranty: With the AMC, enjoy an extended warranty, giving you peace of mind about your investment.
For more details on the ISO 5660 Cone Calorimeter Machine AMC, contact us

Environmental Monitoring Equipment Manufacturer in Delh KDM Environmental
KDM Environmental, based in New Delhi, is a reputed manufacturer and supplier of high-precision environmental monitoring equipment. We specialize in delivering reliable and cost-effective instruments for monitoring air quality, stack emissions, water parameters, noise levels, vibrations, and weather conditions. Our range is designed for industrial, environmental, and laboratory applications where accuracy, durability, and compliance are essential.

We manufacture and supply a complete range of instruments for real-time and manual monitoring, ensuring that our clients meet environmental standards while making informed, data-driven decisions.

Our Product Range Includes:
Air Monitoring Equipment
PM10 Dust Sampler, PM2.5 Fine Particulate Sampler

High Volume Sampler, Combo Sampler (PM10 + PM2.5)

Personal & Handy Samplers, Respirable Dust Sampler

Gaseous Pollutant Sampler, Benzene Sampler

Indoor & Workplace Air Monitors

Emission Monitoring Instruments
Stack Monitoring Kit, Stack Emission Sampler, Stack Gas Sampler

Opacity Meter, VOC Gas Analyzer, CEMS, DAHS

Water Quality Monitoring
Online Water Monitoring System

Effluent & Wastewater Testing Equipment

Groundwater Level Recorders

Noise & Vibration Monitoring
Noise Level Meters, Noise Monitoring Stations

Vibration Meters & Analyzers

Weather Monitoring
Automatic Weather Station (AWS)

Wind Monitors, Temperature & Humidity Sensors, Rain Gauges

Technical Features:
Air Sampling Flow Rate: 1 to 1.5 m/min (dust), 0.2 to 1 LPM (gas)

Filter Holders: 47 mm or 8"x10" filters

Power Supply: 220V AC or battery backup

Material: Powder-coated MS/SS for outdoor durability

Optional Data Logger for real-time data storage & transfer

Portable Designs with tripod or trolley mounts

Applications:
Environmental Field Surveys & Baseline Studies

Stack Emission Compliance & Reporting

Industrial & Urban Air Pollution Monitoring

Noise & Vibration Analysis for Construction & Factories

Water & Wastewater Quality Monitoring

Smart City & Ambient Monitoring Networks

Why Choose KDM Environmental?
Delhi-based in-house manufacturing

Customization available as per client specs

Fast delivery with assured post-sales support

Trusted by consultants, industries & government agencies

Affordable pricing and bulk supply options


Get product datasheets, technical brochures & bulk pricing.

Air Sampling Equipment Supplier in Delhi KDM Environmental
KDM Environmental, based in New Delhi, is a trusted name in the field of air sampling equipment manufacturing and supply. We provide a comprehensive range of air sampling instruments designed to monitor and measure various airborne particulates and gaseous pollutants in industrial, ambient, indoor, and workplace environments.

As a dedicated air sampling equipment supplier in Delhi, we support environmental consultants, laboratories, industries, research institutions, and pollution control agencies with high-quality, easy-to-use, and accurate sampling systems.

Our Air Sampling Equipment Range Includes:
PM10 Dust Sampler Measures suspended particulate matter (SPM)

PM2.5 Fine Particulate Sampler Captures finer pollutants harmful to health

High Volume Air Sampler Ideal for TSP and SPM collection in outdoor settings

Respirable Dust Sampler Used for respirable particulate analysis

Personal Air Sampler Portable solution for workplace & individual exposure studies

Combo Dust Sampler Dual-channel for simultaneous PM10 & PM2.5 monitoring

Handheld / Handy Sampler Lightweight, compact solution for rapid sampling

Gaseous Pollutant Sampler For SO , NO , NH O and other gas analysis

Benzene Sampler For aromatic hydrocarbons in urban and industrial zones

Indoor Air Quality Monitors â?? Real-time monitoring in offices, homes, and commercial spaces

Technical Specifications (Varies by Model):
Flow Rate: 1 1.5 m /min (dust); 0.2 1.0 LPM (gas sampling)

Filter Sizes: 47 mm membrane filters / 8" 10" GF filters

Number of Impingers: 4 or 6 250 ml for gaseous pollutants

Construction: MS powder-coated or stainless-steel enclosure

Power: 220V AC (with optional battery backup)

Data Logging: Optional digital displays and memory storage

Mounting Options: Tripod-mounted, trolley-type, or desktop models

Applications:
Ambient air quality monitoring

Stack and industrial emissions study

Urban air pollution research

Occupational exposure monitoring

EIA & baseline environmental studies

Laboratory testing and academic research

Why Choose KDM Environmental?
Delhi-based manufacturer & bulk supplier

Customizable models available as per client needs

Timely delivery and technical support across India

Competitive pricing with assured quality

Trusted by environmental consultants, industries, and labs

Contact KDM Environmental for your air sampling needs.

Air Pollution Monitoring Equipment Supplier in Delhi KDM Environmental
KDM Environmental is a leading air pollution monitoring equipment supplier based in Delhi, delivering a wide range of instruments for accurate and efficient monitoring of particulate matter, gaseous pollutants, and indoor/outdoor air quality. Our equipment is widely used across industries, environmental consultancies, research institutions, and government bodies for pollution source analysis, compliance, and environmental impact assessments.

We manufacture and supply portable, semi-automated, and continuous systems for measuring both ambient air pollution and industrial emissions, offering dependable results in even the most challenging environments.

Our Key Product Categories:
Particulate Monitoring Equipment:
PM10 Dust Sampler For ambient air SPM collection

PM2.5 Fine Particulate Sampler Captures health-critical particles

High Volume Air Sampler For TSP and coarse dust monitoring

Respirable Dust Sampler (RDS) Measures particles 10 microns

Combo Sampler Simultaneous PM10 & PM2.5 sampling

Personal and Handy Samplers Compact devices for on-the-go monitoring

Gaseous Pollution Monitoring Equipment:
Gaseous Sampler Measures SO, NO, NH, O and more

Benzene Sampler Monitors aromatic hydrocarbon exposure

VOC Analyzer Detects volatile organic compounds

Odor Monitoring Systems For odor-causing pollutants in industrial zones

Industrial & Stack Monitoring:
Stack Monitoring Kit

Stack Emission Sampler

Opacity Meter

CEMS (Continuous Emission Monitoring System)

Technical Specifications:
Flow Rate (Particulate): 1 to 1.5 m³/min

Flow Rate (Gas): 0.2 to 1 LPM

Sampling Media: Glass fiber, PTFE or membrane filters

Power Supply: 220V AC, with battery backup options

Display: Analog/Digital with optional data logging

Mounting: Tripod-based, wheeled trolleys, or compact table units

Material: Powder-coated MS or stainless steel for rugged use

Applications:
Ambient air quality monitoring in urban, rural & industrial areas

Workplace air monitoring & occupational health assessments

Stack & emission monitoring for pollution compliance

Environmental clearance baseline studies (EIA/EMP)

Research & academic air pollution studies

Why Choose KDM Environmental?
Trusted supplier and exporter based in New Delhi

Full range of customizable air pollution monitoring solutions

Fast delivery, reliable post-sale service & technical assistance

Cost-effective pricing for large and small orders

Serving industries, consultants, institutes & environmental labs

Get in touch for your project or procurement needs today.
Ask for catalogues, datasheets & price quotes.

Environmental Testing Equipment Manufacturer in Delhi KDM Environmental
KDM Environmental, based in New Delhi, is a trusted manufacturer of environmental testing equipment designed for accurate assessment of air, water, noise, weather, and industrial emissions. Our instruments help industries, research institutions, environmental consultants, and pollution control agencies comply with regulatory norms while ensuring environmental sustainability.

As an experienced environmental testing equipment manufacturer, we specialize in robust, field-ready, and lab-compatible instruments that deliver precise, repeatable results across various monitoring and sampling needs.

Our Product Portfolio Includes:
Air Testing Equipment:
PM10 Dust Sampler

PM2.5 Fine Particulate Sampler

High Volume Sampler

Respirable Dust Sampler

Personal/Handy Samplers

Combo Sampler (PM10 & PM2.5)

Gaseous Sampler for SO, NO, NH, etc.

VOC & Benzene Samplers

Odor Monitoring Instruments

Emission Testing Equipment:
Stack Emission Sampler

Stack Monitoring Kit

Stack Gas Sampler

Opacity Meter

VOC Analyzer

Continuous Emission Monitoring Systems (CEMS)

Data Acquisition & Handling Systems (DAHS)

Water Testing Equipment:
Online Water Quality Monitoring System

Effluent & Wastewater Monitoring Instruments

Groundwater Level Recorder

Noise & Vibration Monitoring:
Noise Level Meters

Noise Monitoring Stations

Vibration Meters & Analyzers

Weather & Meteorological Testing:
Automatic Weather Stations (AWS)

Wind Monitor

Rain Gauges, Temperature & Humidity Sensors

Technical Specifications (Varies by Model):
Flow Rates: 0.2 LPM to 1.5 m³/min

Filter Sizes: 47 mm / 8"10" glass fiber or membrane

Construction: Rugged MS or stainless steel body

Data Logging: USB/SD card storage or cloud connectivity

Power Supply: 220V AC with optional battery

Mounting: Portable, tripod-based or stationary

Applications:
Environmental Impact Assessment (EIA) Studies

Industrial Compliance Monitoring

Workplace & Indoor Air Quality Monitoring

Ambient Pollution Monitoring

Water and Wastewater Discharge Monitoring

Noise & Vibration Testing in Urban and Industrial Zones

Why Choose KDM Environmental?
In-house manufacturing with strict quality control

Equipment tailored for Indian climate & site conditions

Competitive pricing and bulk supply capability

Trusted by industries, consultants, and institutions

On-time delivery and dedicated after-sales service

Get in touch for customized solutions and technical support
Request datasheets, brochures, and pricing today

Stack Sampler Manufacturer in Delhi KDM Environmental
KDM Environmental is a reputed Stack Sampler Manufacturer based in Delhi, offering advanced and rugged stack sampling equipment designed for precise flue gas and emission monitoring. Our stack samplers are built to measure and analyze suspended particulate matter and gaseous pollutants from industrial chimneys, ducts, and process vents.

Our systems comply with industry testing protocols and are suitable for applications in thermal power plants, cement factories, chemical plants, foundries, pharmaceuticals, and all emission-generating units. With years of expertise and in-house production, KDM delivers reliable, customizable, and easy-to-operate emission monitoring solutions across India.

Product: Stack Emission Sampler


Technical Specifications:
Sampling Method: Isokinetic / Non-isokinetic

Suction Source: Vacuum pump with fine control

Flow Rate: Adjustable, 040 LPM

Filter Holder: Suitable for thimble or glass fiber filters

Probe Material: SS316, customizable lengths

Heated Probe & Filter Box: Optional for condensable gases

Digital Display: For temperature, velocity, flow, pressure

Measurement Parameters: PM concentration, flue gas temperature, static pressure, velocity

Construction: Durable MS cabinet with powder coating or SS304 build

Accessories: Pitot tube, thermocouples, sampling train, midget impingers, and glassware

Applications:
Industrial Chimney Monitoring

Thermal Power Plant Emission Testing

Compliance with Emission Norms

Pollution Load Assessment

Environmental Impact Assessments (EIA)

Third-Party Audit & Consultancy Use

Why Choose KDM Environmental?
Delhi-based trusted manufacturer & supplier

Compact, rugged, and field-friendly designs

Customizable systems for varied stack heights and flow conditions

Reliable components, easy spares, and after-sales service

Fast delivery across India with technical support

Related Products:
Stack Monitoring Kit


Stack Gas Sampler

Opacity Meter

CEMS (Continuous Emission Monitoring System)


Looking for a durable and accurate stack sampler?
Contact us today for brochures, datasheets, and competitive pricing.

PM10 Sampler Manufacturer in Delhi KDM Environmental

KDM Environmental is a trusted PM10 Sampler Manufacturer in Delhi, delivering high-precision ambient air quality monitoring solutions across India. Our PM10 Dust Sampler is specially designed to monitor particulate matter (PM10) in outdoor environments ideal for industrial sites, government agencies, research institutes, and environmental consultants.

Our equipment supports accurate sampling of particles â?¤10 microns, which are harmful to human health and regulated under national air quality standards. The unit operates using the gravimetric method, with a size-selective inlet and high-volume blower that draws ambient air through a pre-weighed glass fiber filter for post-sampling analysis.

Key Features:
High-efficiency suction blower (1.1 kW motor)

Sampling flow rate: ~1.11.3 m³/min

Cyclonic separator for PM10 cut-off

Glass fiber filter paper holder (8" x 10")

Programmable timer and accurate flow meter

Lockable, powder-coated metal cabinet (weatherproof)

KDMs PM10 sampler is designed for rugged field use, ensuring consistent sampling even in harsh Indian environmental conditions. It is low-maintenance, easy to install, and ideal for 24-hour sampling in compliance with CPCB-recommended methods.

¬ Applications:
Ambient Air Quality Monitoring

Industrial Emission Studies

Environmental Impact Assessments

Urban Air Pollution Surveys

Research & Academic Projects

As a leading air pollution monitoring equipment supplier, we also offer a full range of instruments, including PM2.5 Samplers, High Volume Air Samplers, Gaseous Samplers, Indoor Air Monitors, and Combo Dust Samplers.

­ Industries Served:
Thermal Power Plants

Cement & Steel Industries

Urban Infrastructure Projects

Mining & Construction

State Pollution Control Boards (SPCBs)

We also provide custom configurations, annual maintenance contracts (AMC), and technical support across India.

Multi Dust Sampler Manufacturer in Delhi KDM Environmental

Looking for a reliable Multi Dust Sampler Manufacturer in Delhi? At KDM Environmental, we specialize in manufacturing high-performance Multi Dust Samplers (also known as Combo Dust Samplers) capable of simultaneously collecting PM10 and PM2.5 particles. Our equipment is designed for precision, portability, and durability making it ideal for both ambient air monitoring and industrial pollution assessments.

Product Page:
Combo Dust Sampler PM10 + PM2.5

What is a Multi Dust Sampler?
A Multi Dust Sampler is an air sampling device used to measure fine and coarse particulate matterPM2.5 (fine particles) and PM10 (coarse particles)in a single run. It uses Size Selective Inlets (SSI) to collect different particle fractions on separate filter media. This compact system is ideal for environmental monitoring where both pollutant types must be analyzed simultaneously.

Key Features of KDM Combo Sampler:
Dual Channel Operation: Simultaneous sampling of PM10 and PM2.5

Cyclone Separators: Accurate size fractionation

Low Volume Flow Control: ~1 m�³/hr for each channel

Programmable Timer: 24-hour automatic operation

Digital Display: Real-time flow rate, volume, and time

Weatherproof Casing: Aluminum enclosure for rugged field use

Easy Filter Handling: Compatible with 47 mm PTFE or glass fiber filters

Applications:
Ambient Air Monitoring by Pollution Control Boards

Urban & Industrial Pollution Studies

Construction and Infrastructure Dust Assessments

Environmental Impact Assessments (EIA)

Academic & Research-Based Air Quality Studies

Used By:
Power Plants & Cement Industries

Steel & Mining Companies

Oil, Gas & Petrochemical Units

Government Labs & Universities

Environmental Consultants & NGOs

Related Equipment:
PM10 Sampler

PM2.5 Sampler

High Volume Sampler

Gaseous Pollutant Sampler

IoT & Remote Data Monitoring

Why Choose KDM Environmental?
Based in Okhla Phase 1, New Delhi Core industrial hub

In-house R&D, QC & product customization

Trusted by leading industries, consultants & agencies

Field-proven performance with reliable after-sales service

Spare parts, filter papers & calibration support available

Benzene Sampler Manufacturer in Delhi KDM Environmental

Looking for a reliable Benzene Sampler Manufacturer in Delhi? At KDM Environmental, we manufacture advanced Benzene and VOC Samplers specifically designed for monitoring hazardous air pollutants like benzene, toluene, ethylbenzene, and xylene (BTEX) in ambient and workplace air. Our systems are ideal for regulatory compliance, health risk assessments, and industrial air quality management across India.

VOC & Benzene Sampler Product Page:
Visit: VOC & Organic Gas Analyzer KDM Environmental

What is a Benzene Sampler?
A Benzene Sampler is a specialized air sampling device that captures Volatile Organic Compounds (VOCs)particularly benzene and its derivativesfrom ambient air using absorbent tubes or canisters. These samples are later analyzed in a lab (typically via GC-MS) to determine exposure levels. It is widely used in industries and public environments to assess toxic gas levels and maintain safe air quality.

Key Features of KDM Benzene Sampler:
Active Sampling System with accurate low-flow control (10500 ml/min)

Sorbent Tube Compatibility: Activated charcoal, Tenax, or multi-bed tubes

Oil-Free Diaphragm Pump: Silent, durable, and maintenance-free

Digital Timer: Adjustable sampling duration with start/stop control

Battery or Mains Operated: Rechargeable portable versions available

Stainless Steel Enclosure: Corrosion-resistant and field-ready

Built-in Flow Calibrator (optional): Real-time monitoring of sampling rate

Applications of Benzene Sampler:
Ambient Air Monitoring in urban and industrial zones

Occupational Exposure Monitoring in refineries, labs, and factories

Hazardous Area Surveillance in oil & gas or chemical industries

VOC Baseline Studies for EIA reports and health risk assessments

Research Studies on air toxics and urban pollution trends

?§ª Used By:
Petrochemical & Oil Refining Plants

Pharmaceutical & Chemical Manufacturers

Pollution Control Boards & Govt. Agencies

Environmental Consultants & Testing Labs

Academic & Toxicology Research Institutions

Related Products:
Handheld Gas Detectors For real-time detection of toxic gases

Gaseous Sampler For SO, NOx, NH and other pollutants

Indoor Air Quality Monitor

VOC & Gas Analyzer Real-time BTEX monitoring solution

PM2.5 Sampler Manufacturer in Delhi KDM Environmental

Looking for a trusted PM2.5 Sampler Manufacturer in Delhi? At KDM Environmental, we specialize in designing and manufacturing high-precision PM2.5 Samplers tailored for accurate and consistent fine particulate monitoring. Engineered for performance, durability, and field usability, our samplers are widely used for ambient air quality monitoring, pollution studies, and regulatory compliance throughout India.

Product Page:
PM2.5 Dust Sampler KDM Environmental

What is a PM2.5 Sampler?
A PM2.5 Sampler is a compact air monitoring device that captures particulate matter with aerodynamic diameter less than or equal to 2.5 microns. These fine particles are hazardous to human health as they penetrate deep into the lungs and bloodstream. Our samplers are ideal for pollution control boards, research institutes, industrial zones, and urban air monitoring.

Key Features of KDM PM2.5 Sampler:
Size Selective Inlet (SSI): Accurately separates particles 2.5m

Low Flow Rate Sampling: ~1 m³/hour for precision monitoring

Filter Media Compatibility: Uses 47 mm PTFE or glass fiber filters

24-Hour Programmable Timer: Automated sampling cycle

Digital Display: Real-time flow rate, volume, and operation time

Sturdy Aluminum Enclosure: Lightweight, weather-resistant, and portable

Integrated Manometer: Ensures accurate suction and pressure control

Applications of PM2.5 Sampler:
Ambient Air Monitoring in metro cities and industrial belts

Air Pollution Baseline Surveys and environmental assessments

Construction Site Emission Evaluations

Urban Health Research & Epidemiological Studies

EIA Reports & Compliance Monitoring

Industries & Sectors Served:
Power Plants & Cement Industries

Steel, Mining & Infrastructure Projects

Pharmaceutical & Chemical Manufacturing Units

Environmental Consultants & Testing Laboratories

Academic Institutions & Pollution Control Boards

High Volume Air Sampler Manufacturer in Delhi KDM Environmental

Are you searching for a dependable High Volume Air Sampler Manufacturer in Delhi? Look no further than KDM Environmental, a leading name in the design and manufacture of air quality monitoring equipment across India. Our High Volume Air Sampler (HVS) is built to deliver accurate, reliable, and consistent data for ambient air pollution assessment. Trusted by industries, pollution control boards, and environmental consultants, our HVS units are field-tested and built to perform under real-world conditions.

Product Page:
High Volume Sampler KDM Environmental

What is a High Volume Air Sampler?
A High Volume Air Sampler is an essential instrument used to collect suspended particulate matter (SPM) from ambient air. Operating at flow rates typically around 1.01.5 m³/min, the sampler pulls large volumes of air through a filter paper over a 24-hour period. This enables accurate measurement of dust particles for air pollution studies, compliance monitoring, and health risk analysis.

Key Features of KDM High Volume Sampler:
Robust Blower Motor: Ensures consistent high-volume airflow

Standard Flow Rate: Operates at approx. 1.11.4 m�³/min

Glass Microfiber Filter Support: Standard 8x 10filter sheets

Programmable Digital Timer: 024 hour automatic operation

Integrated Manometer: Measures pressure drop for data correction

Weatherproof Casing: All-weather aluminum or mild steel enclosure

Easy Portability: Mounted on wheels with lock system (optional)

Flow Calibrator: Accurate flow measurement and calibration port

Applications of High Volume Air Sampler:
Ambient Air Monitoring in cities, industrial belts & construction zones

Baseline Surveys for Environmental Impact Assessments (EIA)

Regulatory Compliance Monitoring for SPCBs and CPCB protocols

Dust Level Assessments near highways, mines, and plants

Long-Term Data Collection for seasonal and annual trend analysis

Why KDM Environmental?
Based in Okhla Phase 1, New Delhi

100% in-house manufacturing & quality testing

Trusted by top industries & environmental agencies

Spare parts, calibration support & filters available

Cost-effective, durable, and customizable designs

Personal Air Sampler Manufacturer in Delhi KDM Environmental

Looking for a reliable Personal Air Sampler Manufacturer in Delhi? At KDM Environmental, we design and manufacture compact, lightweight, and efficient Personal Air Samplers ideal for individual exposure monitoring in occupational and industrial environments. Our instruments are trusted across India for workplace air quality assessments, hazardous exposure evaluations, and compliance with occupational health and safety regulations.

Product Page:
Personal Air Sampler KDM Environmental

What is a Personal Air Sampler?
A Personal Air Sampler is a portable, wearable device used to monitor an individual's exposure to airborne contaminants such as dust, fumes, and gases. The sampler is typically clipped to the workers clothing near the breathing zone and collects particulate or gaseous samples during their shift. This data is critical for evaluating occupational exposure and implementing health protection measures.

Key Features of KDM Personal Sampler:
Compact & Lightweight Design: Comfortable for workers to wear throughout the day

Low Flow Control: Adjustable between 100500 ml/min for accurate sampling

Rechargeable Battery Operation: 612 hours of continuous use

Sorbent Tube/Filter Compatibility: Supports glass fiber filters, PTFE, and charcoal tubes

Oil-Free Pump: Silent and maintenance-free diaphragm pump

Belt Clip Attachment: Hands-free use for personal exposure monitoring

Optional Flow Calibrator & Timer: Enhanced control for precise sampling duration

Applications of Personal Air Sampler:
Workplace exposure monitoring in chemical, pharmaceutical & construction sectors

Indoor air quality checks in offices, labs, and healthcare facilities

Occupational health surveys by EHS professionals and safety officers

Hazardous gas and dust monitoring in confined spaces

Research and studies involving individual pollutant exposure

Used In:
Factories & Industrial Workplaces

Pharma & Chemical Plants

Mines & Construction Sites

Laboratories & Cleanrooms

Environmental Research Institutes

Related Products:
Handheld Gas Detectors

Indoor Air Quality Monitor

Gaseous Pollutant Sampler

Benzene & VOC Sampler

Gaseous Sampler Manufacturer in Delhi KDM Environmental

Searching for a trusted Gaseous Sampler Manufacturer in Delhi? KDM Environmental brings you robust and field-tested Gaseous Sampling Units that are engineered to accurately collect and measure gaseous pollutants from ambient air. Designed for environmental monitoring, emission studies, and research applications, our samplers are widely used by pollution control boards, industries, and consultants across India.

Product Page:
Gaseous Pollutant Sampler KDM Environmental

What is a Gaseous Sampler?
A Gaseous Sampler is an air monitoring device used to collect specific gaseous pollutants such as SO, NO, NH, O, HS, and other reactive gases from the environment. It works on the principle of impinger-based absorption, where air is drawn through chemical absorbing solutions that capture target gases for laboratory analysis.

Key Features of KDM Gaseous Sampler:
4 or 6 Glass Impinger Bottles: Designed for multiple gas sampling

Reliable Suction Pump: Oil-free and capable of continuous operation

Flow Control System: Precise flow regulation for consistent sampling

Rotameter & Manometer Display: Real-time visibility of flow rate and pressure

Aluminum/Steel Enclosure: Sturdy, weather-resistant and portable

Sampling Timer: Optional programmable timer for unattended operation

Compact Design: Ideal for both stationary and mobile sampling sites

Applications of Gaseous Sampler:
Ambient Air Quality Monitoring by pollution control boards

Industrial Emission Assessments near chimneys, boilers, and stacks

Construction and Mining Site Evaluations

VOC and Odor Monitoring Projects

Environmental Impact Assessments (EIA)

Academic & Government Research Studies

Industries Served:
Oil & Gas Refineries

Thermal & Power Plants

Fertilizer and Chemical Industries

Cement & Steel Manufacturing Units

Environmental Consulting Firms

Government Labs and Universities

Related Products You Might Like:
PM2.5 Sampler

Stack Gas Sampler

VOC & Organic Gas Analyzer

High Volume Air Sampler

Indoor Air Quality Monitor

Why Choose KDM Environmental?
Based in Okhla Phase 1, New Delhi

Over a decade of manufacturing experience

ISO-compliant quality standards

Spares, glassware, and reagents readily available

Strong after-sales service, calibration, and custom options

PM2.5 & PM10 Air Samplers with Gaseous Attachment Manufacturer in Delhi | KDM Environmental

Looking for an integrated solution for particulate and gaseous pollutant monitoring? KDM Environmental proudly offers PM2.5 & PM10 Air Samplers with Gaseous Attachment, designed for simultaneous collection of fine (PM2.5) and coarse (PM10) particulates, along with major gaseous pollutants such as SO, NO, NH, O, and more. Built with precision and field-proven reliability, our samplers are used by pollution control boards, consultants, and industries across India.

Explore Product:
Combo Dust Sampler PM2.5 + PM10 + Gaseous

What is a Combo Sampler?
A Combo Sampler integrates both gravimetric particulate matter monitoring (PM2.5 & PM10) and impinger-based gaseous sampling into a single portable unit. This configuration allows environmental professionals to carry out comprehensive air quality assessments as per national and international monitoring protocols.

Key Features of KDM Combo Sampler:
Dual Size Selective Inlet (SSI): Separate impactors for accurate PM10 & PM2.5 collection

Integrated Gaseous Attachment: Includes 4/6 glass impingers for gas absorption

Programmable Timer: Allows scheduled and unattended 24-hour operation

Oil-Free Suction Pump: Efficient and low-maintenance with long operational life

Real-Time Indicators: Digital display of flow rate, volume, and runtime

Filter Compatibility: Accepts 47 mm PTFE or glass fiber filters

Weather-Resistant Housing: Rugged and suitable for urban and industrial deployment

Applications:
Ambient Air Quality Monitoring in urban & industrial zones

Environmental Impact Assessments (EIA)

Air Pollution Studies by Pollution Control Boards

Research Projects in Universities & Labs

Industrial Baseline & Compliance Monitoring

Widely Used By:
State & Central Pollution Control Boards

Cement, Power, Steel, and Oil & Gas Industries

Construction & Infrastructure Developers

Environmental Consultants & Auditors

Academic & Research Institutions

Related Equipment:
PM10 Sampler

PM2.5 Sampler

Gaseous Sampler

Stack Emission Sampler

Indoor Air Quality Monitor

Description
This handy air sampler is portable and operates on both a mains power source and a rechargeable battery. For the purpose of monitoring air quality, this is helpful for gathering air samples. This is the best monitoring tool for indoor air quality.
It includes a pump, a digital timer, a rotameter (05 LPM), and a flow controller with space for storage sampling equipment in a small stainless steel box. uses a rechargeable lead acid battery from SMP. When ingested, chemical compounds that are disseminated in the office environment as gases, vapours, and aerosols may have a variety of harmful health impacts. To assess the quantities of contaminants, the Handy Sampler is employed.
Uses
include the identification of air contaminants such dust, acid mist, ammonia, H2S, and free chlorine.
the evaluation of individual exposures.
the general background levels to be discovered.
to assess the success of the control.
to determine STEL and TWA values.
Analytical Sampling Devices: The type of contaminant will determine which analytical procedures are used.
FILTER PAPER HOLDER FOR DUST MONITORING - The gravimetric method may be used to measure dust. if it contains metals or compounds made of them. The Atomic AbsorbtionSpectophotometer can be used to analyse it.
IMPINGERS FOR GAS & VAPOURS ANALYSIS OF ORGANIC GAS SUCH SO2, NOX, ETC. It uses the titrmetric or spectrophotometric method.

PERSONAL AIR SAMPLER INTRODUCTION
THERE IS A CHANCE THAT WORKERS AT MANY INDUSTRIAL AND CONSTRUCTION SITES WILL BE EXPOSED TO HAZARDOUS DUST, VAPOURS, AND GASES. SINCE INHALATION IS TYPICALLY THE MOST MAJOR ROUTE OF ENTRY INTO THE BODY, IT IS CRUCIAL TO PAY CLOSE ATTENTION TO THE AIR THEY ARE BREATHING.
IN GENERAL, WE USE A SAMPLE PUMP TO EXTRACT A KNOWN VOLUME OF AIR THROUGH AN APPROPRIATE SAMPLING MEDIA. FILTER PAPER OR OTHER SUITABLE SOLID MEDIUM WOULD BE USED FOR PARTICLES AND FUMES, AND A SORBENT TUBE, OR PERHAPS AN IMPINGER OR BUBBLER, WOULD BE USED FOR GASES AND VAPOURS. WITH THE SAMPLER SITUATED IN THE BREATHING ZONE, A TYPICAL SAMPLING TRAIN FOR PERSONAL MONITORING WOULD RESEMBLE THIS;
Gas sampling bags, like Tedlar bags, are used for collecting samples of gases. Moreover, background exposure can be measured using passive or diffuse sampling methods. They are sealed badges that are sampled, worn on the individual for the specified amount of time, sealed, and then sent off for analysis.
To enable hands-free sampling of inhalable gaseous pollutants and particulate matter in the air actually breathed by the person at work, Personal Air Sample is a battery-operated tiny air sampler that may be fastened on to a person.
Uses include: monitoring fugitive gas emissions in the workplace, workplace air quality, and workplace monitoring. They are also used in places of employment for businesses in the chemical, paint, cement, sugar, and other industries.
Features of the physical design include a holder for the sampling medium, a suction pump, a flow measurement device, a flow controller, and a battery for each personal air sampler.
For sampling of dust or particles, a suitable filter that has been placed in a filter holder serves as the sampling medium. An adsorption tube that is filled with pollutant-specific adsorbents like activated charcoal, tenax GC, etc. serves as the medium for sampling gases and vapours.
The filter or the adsorption tube must be the only one of the two media being utilised at once.
The suction needed to draw air through the sampling media is provided by a low power diaphragm type suction pump. A large capacity rechargeable Li-ion battery powers it. A tiny rotameter that has been carefully built can measure flow.A ball valve, a needle valve, or an electronic circuit can be used to control flow.
A battery-operated model with a rechargeable battery is one of its key features.
Used to monitor the air quality in workplaces or on shop floors. Small and Lightweight, weighing under 500 grammes
To assess TLV exposure, the filter holder or adsorbing tube can be held at the level of inhaling.
May be worn by the user
Model that is lightweight, convenient, and reasonably priced.

ISO 5659 Smoke Density Test Apparatus Fire Safety Testing Equipment for Materials
The ISO 5659 Smoke Density Test Apparatus is a vital fire testing machine designed to evaluate the smoke production of materials when exposed to fire. Meeting international standards like ISO 5659, this apparatus is crucial for assessing materials used in construction, automotive, and railway industries. The test helps determine how much smoke a material produces during combustion, which is critical in fire safety assessments.

Key Features:

Accurate Smoke Density Measurement: The Smoke Density Test Apparatus measures the optical density of smoke generated by burning materials, providing a clear indication of a material's smoke emission under controlled fire conditions.

Compliant with International Standards: Fully compliant with ISO 5659, ASTM E662, and BS 6853, ensuring that materials meet global safety and regulatory requirements for fire resistance and smoke emission.

Versatile Testing: Suitable for testing a wide range of materials, including plastics, composites, rubbers, and insulation materials used in various industries such as automotive, construction, and railways.

Real-Time Data: Provides detailed data on the rate of smoke release during a controlled combustion process, helping engineers and manufacturers understand the flammability and smoke toxicity of their materials.

High-Precision Instrumentation: The apparatus features a high-precision optical sensor and smoke chamber that captures real-time data, ensuring that your materials meet the fire safety regulations required by various industries.

Applications:

Construction: Testing building materials like insulation and cladding for smoke toxicity and fire resistance.

Automotive: Ensures vehicle components, such as seat covers and dashboards, do not produce excessive smoke in the event of a fire.

Railway: Ensures railway materials such as seats, flooring, and insulation meet fire safety standards and do not contribute to smoke hazards in case of fire.

Why Choose KDM Globals ISO 5659 Smoke Density Test Apparatus?

At KDM Global, we specialize in providing high-quality, reliable fire testing equipment. Our ISO 5659 Smoke Density Test Apparatus helps manufacturers ensure that their materials meet critical fire safety standards. Whether youre testing for smoke toxicity or flame retardancy, our apparatus ensures accurate, reliable, and compliant results.

ISO 5658 Lateral Spread of Flame Test Apparatus Fire Testing Equipment for Material Safety
The ISO 5658 Lateral Spread of Flame Test Apparatus is a crucial fire testing machine used to evaluate the flame spread characteristics of materials in response to fire. Designed in compliance with ISO 5658 and other international standards, this apparatus helps manufacturers ensure that their materials, such as flooring, insulation, and building materials, meet strict fire safety regulations.

Key Features:

Accurate Flame Spread Measurement: The Lateral Spread of Flame Test Apparatus measures the rate of flame spread across the surface of materials, simulating real-world fire scenarios to assess material safety.

Compliance with Global Standards: Fully compliant with ISO 5658, BS 476 Part 6, and other fire safety testing standards, ensuring that materials meet required safety thresholds for flame resistance and fire prevention.

Versatile Testing: This apparatus is ideal for testing a wide range of materials, including flooring, wall panels, insulation, and roofing materials, commonly used in the construction, automotive, and railway industries.

Precision Testing Equipment: Equipped with advanced sensors and control systems, the ISO 5658 apparatus offers precise control over the flame source and test environment, ensuring repeatability and accuracy in test results.

Reliable and Durable: Designed for long-term use, the Lateral Spread of Flame Test Apparatus is built to withstand the rigors of high-volume testing and offers a reliable means of evaluating fire safety over time.

Applications:

Construction: Essential for testing building materials like flooring, roofing, and insulation to evaluate their fire resistance and flame spread properties.

Automotive: Ensures automotive components like seats, interior panels, and insulation meet fire safety standards for passenger protection.

Railways: Tests railway materials such as seating fabrics, insulation, and flooring for flame spread resistance to meet stringent fire safety standards.

Why Choose KDM Globals ISO 5658 Lateral Spread of Flame Test Apparatus?

At KDM Global, we offer high-quality, ISO 5658-compliant fire testing equipment that helps you meet industry standards. Our Lateral Spread of Flame Test Apparatus ensures the fire resistance and flame spread of materials are accurately assessed, giving you the confidence to comply with fire safety regulations.

The Surface Spread of Flame Test Apparatus is designed to measure the spread of flame on the surface of materials. This is critical for ensuring that construction materials, fabrics, and other products used in various industries are compliant with fire safety standards. The test assesses how far and how fast a flame spreads over the material's surface when exposed to a flame source.

Standards:
BS 476 Part 7 This is the primary standard for the Surface Spread of Flame Test in the UK, which provides guidelines for measuring how materials spread flame on a vertical surface.
Key Features:
Test Chamber: Provides a controlled environment for testing.
Flame Source: Delivers a controlled flame that allows for consistent results.
Measurement Scale: Tracks the extent of flame spread along the material's surface.
Applications:
Construction Industry: To evaluate materials used in building structures, walls, and flooring.
Automotive and Aerospace: For testing the flammability of materials used in vehicle interiors and aircraft.
Furniture and Upholstery: Used in the furniture industry to test materials like upholstery, foam, and fabrics.
Why Choose KDM Globals Surface Spread of Flame Test Apparatus?
Accurate Results: Designed to provide precise flame spread measurements.
Compliance: Meets BS 476 Part 7 standards, ensuring full compliance with safety regulations.
Durable and Reliable: Built for consistent performance in various industrial applications.

The Non-Combustibility Test Apparatus is designed to assess the combustibility of building materials under high heat exposure. It is essential for evaluating materials used in construction, automotive, and other industries to ensure they do not ignite or sustain combustion under fire conditions. This testing apparatus helps manufacturers comply with fire safety regulations, ensuring the safety of buildings, vehicles, and other infrastructure.

At KDM Global, we specialize in the manufacture of advanced Non-Combustibility Test Apparatus that meets global safety standards, providing reliable results to ensure compliance with fire resistance requirements.

Standards:
The Non-Combustibility Test Apparatus is designed in compliance with these international standards:

BS 476 Part 4: This standard specifies the test for non-combustibility of materials in building construction. It is crucial for materials used in walls, roofs, and other structural elements to be assessed for their ability to not catch fire or support combustion.

ISO 1182: This standard tests materials for non-combustibility by subjecting them to a furnace with controlled temperature. It is widely used in construction and other sectors where fire safety is a priority.

How It Works:
The Non-Combustibility Test Apparatus tests materials by exposing them to a controlled furnace environment. Key parameters evaluated include:

Temperature Resistance: Measures how the material behaves under high temperatures.
Non-Combustibility: Determines if the material ignites, smolders, or supports combustion.
Heat Release: Evaluates how much heat is emitted by the material during exposure.
Key Features:
Precision Testing: Equipped with advanced sensors to measure heat resistance and combustion characteristics.
User-Friendly: Simple controls and easy-to-understand results.
Durable: Made with high-quality materials designed to withstand high-temperature testing conditions.
Compliant: Meets international standards like BS 476 Part 4 and ISO 1182 for fire safety compliance.
Applications:
Construction Industry:
Tests materials like wall panels, roofing materials, and flooring to ensure they do not support combustion in case of fire.
Automotive Industry:
Used to test materials such as interior fabrics, plastic components, and seats for fire resistance and safety.
Railway Sector:
Ensures materials used in train interiors, including fabrics and insulation, meet non-combustibility standards.
Aerospace:
Used to evaluate materials like insulation and interior components to ensure safety during fire conditions.

UL 94 Chamber (Horizontal Vertical Flame Chamber): Ensuring Flammability Compliance
The UL 94 Chamber (Horizontal Vertical Flame Chamber) is a critical fire testing apparatus designed to evaluate the flammability of plastic materials. This test apparatus helps manufacturers determine the behavior of materials when exposed to flame, which is crucial for compliance with UL 94 standards. It assesses whether a material will ignite, burn, or extinguish itself when subjected to a standardized flame exposure, simulating real-world fire conditions.

At KDM Global, we manufacture high-quality UL 94 Chambers that are fully compliant with UL 94 standards, ensuring that materials, especially plastics, meet fire safety regulations for a variety of industries, including automotive, electronics, and construction.

Standards:
The UL 94 Chamber is designed to meet the following key standard:

UL 94: This is a widely recognized standard developed by Underwriters Laboratories (UL) that defines the flammability testing of plastic materials. The standard classifies materials based on their ability to resist ignition and how they behave when exposed to fire. The Horizontal Flame Test (H) and Vertical Flame Test (V) are the two primary methods used to assess plastic materials.
How It Works:
The UL 94 Chamber tests the material by exposing it to a standardized flame source in both horizontal and vertical positions. Key parameters tested include:

Ignition Time: Measures the time it takes for the material to ignite upon exposure to the flame.
Flame Propagation: Evaluates how the flame spreads across the material's surface.
Afterflame and Afterglow: Assesses the duration of combustion after the flame is removed, which is critical in preventing further ignition or fire spread.
This test is primarily used for assessing plastic components, ensuring they are safe for use in consumer products, automotive parts, and building materials.

NCD 1409 Toxicity Test Apparatus: Ensuring Fire and Toxicity Safety Compliance
The NCD 1409 Toxicity Test Apparatus is a vital fire testing device used to evaluate the toxicity of gases released by materials when exposed to fire. This testing apparatus is essential for ensuring that materials, especially those used in construction, automotive, and railways, do not emit harmful or toxic gases during a fire scenario. The NCD 1409 Toxicity Test Apparatus helps manufacturers meet regulatory safety standards, ensuring that their products are safe and do not pose additional risks in case of a fire emergency.

At KDM Global, we specialize in the manufacture of high-quality NCD 1409 Toxicity Test Apparatus that complies with international standards, ensuring the safety of materials in various industries.

Standards:
The NCD 1409 Toxicity Test Apparatus adheres to the following standard:

NCD 1409: This standard defines the procedure for testing the toxicity of gases released from materials when they are exposed to high heat or flames. It measures the levels of carbon monoxide (CO), carbon dioxide (CO2), and other toxic gases that may be produced, helping to assess the overall safety of materials used in environments at risk of fire.
How It Works:
The NCD 1409 Toxicity Test Apparatus tests materials by exposing them to a controlled heat or flame source and measuring the gases released. The apparatus features:

Gas Collection System: Collects and analyzes gases emitted during combustion.
Toxic Gas Detection: Measures the levels of harmful gases like carbon monoxide, carbon dioxide, and other toxic substances.
Precise Control: Ensures a controlled test environment for accurate and reproducible results.
The apparatus helps to assess the potential danger that materials might pose during a fire, contributing to the development of safer products for consumers.

Key Features:
Compliance with NCD 1409: Fully adheres to the NCD 1409 standard, ensuring regulatory compliance.
Advanced Gas Detection: Accurately detects and measures toxic gases released during combustion.
User-Friendly Interface: Simple controls and a digital display to make operation straightforward.
Durable Construction: Built to withstand long-term, high-performance testing in various industries.
Versatile: Ideal for testing a wide range of materials, including those used in construction, automotive, and railway industries.
Applications:
Construction Industry:

Tests materials like insulation, wall panels, and flooring for the level of toxic gases they release during fire exposure.
Automotive Industry:

Used to evaluate plastics, rubbers, and interior materials for the emission of toxic gases, ensuring safety for vehicle occupants in case of a fire.
Railway Sector:

Flammability Chamber
Plastic materials can be categorised according to their capacity to survive combustion using the UL 94 flammability criteria. A plastic material's flammability rating is determined by how it reacts to heat and flame under controlled laboratory settings. The test findings will provide a good indicator of the material's suitability for a certain application in terms of flammability. The size, shape, and intended purpose of the product, as well as elements in the final application such as ease of ignition, burning rate, flame spread, fuel addition, and intensity of burning, will all affect the thermoplastic's behaviour when exposed to heat and flame.

ASTM D2863 Oxygen Index
Oxygen Index: Measuring the Minimum Oxygen Concentration to Support Candle-Like Combustion of PlasticsThe purpose of ASTM D2863 is to establish the lowest oxygen concentration in an oxygen/nitrogen combination necessary to sustain a flame burn on a plastic specimen. Real end use circumstances are not correlated.
The test sample is placed vertically in a glass chimney, and a flow of oxygen and nitrogen is created there by starting at the bottom of the chimney. The test sample's top edge is lighted, and when the oxygen concentration in the flow falls, the flame eventually goes out.
Specimen dimensions: Depending on the kind of material being tested, there are six requirements for the test specimen.

The NCD 1409 Toxicity Chamber consists of a about 1 m3 enclosure. The inside wall is lined with polypropylene to prevent the gaseous mixture from adhering and to make cleaning easier. Forced air extraction is installed in the chamber, and it can be opened or shut using the control panel as needed. A sampling port that is airtight is installed in the chamber. For proper mixing of the gaseous product inside the test chamber, an axial mixing fan is included. This fan is adjustable via the control panel that comes with the equipment.
Features:
The burner must be able to produce a flame that is around 100 mm in height.There is a provision for starting and stopping the burner from outside the chamber. For the purpose of measuring the temperature of the burner's flame, a digital temperature indicator is also installed.
The equipment includes wire mesh of the appropriate size.

BS 476 Fire Testing Equipment Surface Spread & Fire Resistance Testing for Construction Materials | KDM Global
KDM Global offers a complete range of BS 476 Fire Testing Equipment designed to evaluate the fire behavior of construction materials under British Standards. Our systems support Part 6 (Fire Propagation), Part 7 (Surface Spread of Flame), and Part 20/22 (Fire Resistance) tests critical for safety certification in buildings and infrastructure projects.

We also provide customised machines and full fire testing lab setup solutions to help construction product manufacturers, test labs, and certification bodies meet global safety compliance.

Equipment Options BS 476 Fire Testing:
Surface Spread of Flame Tester (BS 476 Part 7)

Measures flame spread along the surface of building materials like wallboards, wood, and insulation.

Complies with flame classification Classes 1 to 4 under BS 476.

Fire Propagation Tester (BS 476 Part 6)

Evaluates composite fire performance based on heat release, temperature rise, and flame spread.

Produces an index of performance for classification and product certification.

Fire Resistance Testing Furnace (BS 476 Part 20/22)

Assesses structural integrity, insulation, and load-bearing performance during fire exposure.

Suitable for doors, partitions, beams, walls, floors, and other structural elements.

Custom Machine Configurations

Chambers and rigs designed for non-standard sample sizes or combined testing.

Integrated digital controls, data logging, and calibration features.

Applications:
Wallboards, ceiling panels, and insulation materials

Doors, partitions, and load-bearing structures

Plasterboards, wood-based composites, and foam panels

Required for national and international building code compliance

Fire Testing Lab Setup Services
KDM Global supports complete fire lab setup for construction and infrastructure testing:

Equipment supply, utility layout design, and installation

Ventilation, safety, and exhaust systems planning

SOP documentation and test operator training

On-site commissioning and annual calibration support

Why Choose KDM Global?
Fully compliant with BS 476 Parts 6, 7, 20, 22

Extensive experience in customised machine manufacturing

Trusted provider for construction fire safety testing

Complete support for fire testing lab setup and certification readiness

Backed by global-standard Indian engineering and after-sales service

Railway Material Flammability Testing Equipment HL1, HL2, HL3 Certified Test Systems (EN 45545-2) | KDM Global
KDM Global delivers a complete range of Railway Material Flammability Testing Equipment, fully compliant with EN 45545-2 standards across all Hazard Levels HL1, HL2, and HL3. Designed to meet the rigorous safety requirements of rolling stock interiors, our systems cover flammability, smoke density, toxic gas emission, and fire resistance testing.

We also offer customised machine solutions and end-to-end fire testing lab setup services for railway OEMs, certification bodies, and research institutions.

Key Equipment for EN 45545-2 Railway Fire Testing:
ISO 5660 Cone Calorimeter

Measures Heat Release Rate (HRR), Smoke Production, Time to Ignition, and Mass Loss

Core test method for R1 and R2 component evaluation under HL1 to HL3

ISO 5659-2 Smoke Density Tester with FTIR

Evaluates optical smoke density and toxic gas concentration

Compatible with EN 45545-2 Annex C and NCD 1409 requirements

ISO 11925-2 Small Flame Ignitability Tester

Simulates small flame ignition and flame spread for vertical materials

Used for seat cushions, wall panels, cable insulation, and more

BS 476 Surface Spread Tester & ISO 9239-1 Flooring Radiant Panel

For surface flame spread and flooring material evaluation

Required for specific R-set classifications in railway interiors

Customised Machine Options
Configurable to support multi-standard testing in one unit

FTIR add-ons for toxic gas detection

Integrated data acquisition, remote access, and automated report generation

Tailored sample holders and combustion chambers

Fire Testing Lab Setup Services
KDM Global enables full-scale railway fire testing lab setup, including:

Turnkey layout design for EN 45545-2 compliance

Equipment integration, utility planning, and ventilation systems

Calibration, operator training, SOP development

Ongoing maintenance and support services

Why Choose KDM Global?
Equipment certified for HL1, HL2, and HL3 testing

Expert in railway flammability, smoke, and toxicity test systems

Reliable partner for customised machine development

Proven track record in fire testing lab setup and industry compliance

Trusted by Indian and global railway component manufacturers

EN 1363 & EN 45545 Fire Resistance Testing Equipment Industrial & Building Flammability Solutions | KDM Global
KDM Global offers high-precision Fire Resistance Testing Equipment compliant with EN 1363 (general fire resistance standards) and EN 45545-2 (railway applications). Our equipment is engineered for accurate evaluation of materials and assemblies under fire exposure conditions, suitable for both industrial and building sector fire safety compliance.

We specialize in delivering customised machines and full-scale fire testing lab setup solutions tailored to testing needs in construction, railways, and manufacturing industries.

Key Features Fire Resistance Testing Systems:
EN 1363-1 / EN 1363-2 Test Furnace

Tests load-bearing elements (walls, floors, beams) and non-load-bearing components (doors, ducts)

Measures insulation, integrity, and structural stability under standardized fire curves

Accurate temperature monitoring with thermocouples and real-time data logging

EN 45545-2 Compatible Modules

Special rigs for railway doors, partitions, and bulkheads

Suitable for HL1HL3 testing as per R22/R23 classifications

Flame resistance and insulation criteria covered in a controlled fire environment

Configurable Furnace Dimensions

Available in custom sizes for small- and large-scale components

Includes pressure control, specimen loading frame, and optional viewing windows

Advanced Control Systems

Programmable fire curves (ISO 834, Hydrocarbon, etc.)

Automated logging of timetemperatureintegrity curves

Optional integration with DAQ systems and remote monitoring

Applications:
Building Material Fire Testing walls, doors, ceilings, windows, ducts

Railway Component Fire Testing interior modules, structural elements

Industrial Equipment Housing & Enclosures

For manufacturers seeking CE, EN, or Indian standard certification

Fire Testing Lab Setup Complete Solutions
We support clients from planning to commissioning with tailored lab setup services:

Furnace installation and safety infrastructure

Utility design (exhaust, LPG/air supply, insulation materials)

Operator training and SOP documentation

Annual maintenance and re-calibration support

Why Choose KDM Global?
Proven expertise in EN 1363 & EN 45545 fire resistance test equipment

Custom-manufactured systems for unique material and size requirements

Trusted provider for customised machine design across sectors

Comprehensive fire testing lab setup support from layout to compliance

Backed by reliable Indian manufacturing and global standard practices

Toxic Smoke Flammability Testing Equipment Compliant with NCD 1409, FTIR, ISO 5659 Standards | KDM Global
KDM Global offers advanced Toxic Smoke Flammability Testing Equipment designed to assess smoke density and toxic gas emissions under fire conditions. Fully compliant with NCD 1409, ISO 5659-2, and FTIR-based gas analysis standards, this system is ideal for railway interiors, construction materials, and safety-critical applications.

Our solution supports both standard and customised machine configurations, and we provide complete fire testing lab setup assistance tailored to EN 45545-2 and ISO compliance.

Key Features Toxic Smoke Testing System:
ISO 5659-2 Smoke Density Chamber

Closed chamber with controlled heat flux (25 kW/m�² or 50 kW/m�²)

Measures specific optical density (Ds), transmittance, and smoke production rate

Conforms to EN 45545-2 R22, R23 for HL1 to HL3 hazard levels

FTIR Gas Analyzer (NCD 1409 Compliant)

Real-time detection of CO, CO, NO, HCl, HCN, SO, HF, and other gases

Highly accurate toxic gas quantification using Fourier Transform Infrared spectroscopy

Suitable for assessing fire effluent toxicity in smoke chambers

Dual-Mode Testing (Smoke & Toxicity)

Integrated or modular setup for combined or standalone smoke and gas analysis

Sample analysis under flaming and non-flaming conditions

Automated Control & Reporting

Touchscreen interface, programmable test sequences, real-time graphing

Data acquisition and auto-reporting with calibration traceability

Applications:
Railway coach interior materials (EN 45545 R22/R23)

Wiring, cable insulation, foams, composites

Textiles, seating, floor coverings used in public transport

Construction & automotive materials requiring toxic smoke testing

Fire Testing Lab Setup Support
We offer complete fire testing lab setup services with:

Design and commissioning of ISO 5659/FTIR/NCD 1409 lab configurations

Exhaust and gas management systems

Custom sample holders and non-standard test frames

Operator training and documentation

Why KDM Global?
Compliant with ISO 5659-2, NCD 1409, FTIR test protocols

Pioneer in customised machine manufacturing for niche applications

Integrated solutions for smoke density + toxic gas analysis

Full-service fire testing lab setup including calibration and SOPs

Trusted by leading railway, aerospace, and industrial test labs

Smoke Density & Visibility Testing Equipment EN 45545-2 Low Visibility Flammability Chambers | KDM Global
KDM Global manufactures advanced Smoke Density and Visibility Testing Equipment designed for accurate evaluation of optical smoke characteristics and reduced visibility under fire conditions. Fully compliant with EN 45545-2, our equipment is ideal for railway applications requiring precise control over low-visibility scenarios, especially for components classified under R22 and R23.

Our solutions include customised machines and complete fire testing lab setup for EN, ISO, and railway fire safety standards.

Key Features Smoke Density & Visibility Test Systems:
EN 45545-2 Compliant Smoke Chamber

Designed to evaluate optical smoke density and light obscuration

Closed chamber test method simulates realistic fire conditions

Supports flaming and non-flaming combustion modes (ISO 5659-based)

Low Visibility Flammability Assessment

Measures percentage transmittance and specific optical density (Ds)

Determines material performance in emergency evacuation scenarios

Suitable for all Hazard Levels (HL1, HL2, HL3) per EN 45545

Infrared and Laser Photometry Options

Dual light source and sensor setup for precise smoke visibility readings

High-resolution real-time data logging and graphical analysis

Customised Machine Configurations

Modular options with FTIR, gas flow control, heat flux customization

Software-integrated systems with user-friendly interface and report generation

Applications:
Railway seat foams, panels, textiles, flooring

Electrical and cable insulation materials

Interior linings and coatings for passenger compartments

Public transport and tunnel-use materials

Fire Testing Lab Setup Solutions
KDM Global provides turnkey support for fire lab setup:

Smoke and visibility chamber installation

Utility planning (exhaust, gas supply, ventilation)

Operator training, test protocols (SOP), and calibration setup

Multi-standard chamber design for ISO, EN, and NCD protocols

Why Choose KDM Global?
Complies with EN 45545-2 smoke density and visibility standards

Trusted for customised machine solutions across transport sectors

Integrated fire testing lab setup with expert engineering support

Proven partner for railway component testing and certification preparation

Indian manufacturer with global export capabilities

Advanced Fire Testing Equipment Multi-Standard Systems for Railways, Buildings & Electricals | KDM Global
KDM Global delivers a comprehensive range of Advanced Fire Testing Equipment engineered to meet global fire safety standards across diverse industries including railway interiors, building materials, and electrical systems. Our multi-functional platforms are compatible with EN 45545-2, ISO, BS 476, IEC, and ASTM fire testing protocols.

From customised machines to full-scale fire testing lab setup, we provide integrated solutions tailored to client-specific regulatory and technical requirements.

Key Equipment Offered:
Cone Calorimeter (ISO 5660)

Measures heat release rate (HRR), mass loss, smoke production, and ignition time

Compliant with ISO, ASTM E1354, and EN 45545-2

Smoke Density & Toxicity Tester (ISO 5659-2 + FTIR, NCD 1409)

Analyzes optical smoke density and toxic gas composition (CO, CO, HCN, HCl, SO)

Ideal for railway and electrical insulation testing

Flammability Tester (ISO 11925-2, UL 94, EN ISO 9239)

Evaluates flame spread, ignition, and resistance of cables, plastics, textiles, foams, etc.

BS 476 Fire Testers Parts 4, 6, 7

Includes surface spread, ignitability, and fire propagation testers

Widely used for construction material testing

EN 1363 Fire Resistance Furnace

For walls, doors, partitions, and structural elements under high-temperature exposure

Customisable with temperature-time curve profiles

Industries Served:
Railway manufacturing (interior components, cables, floorings EN 45545)

Construction & infrastructure (walls, ducts, ceilings EN 1363, BS 476)

Electrical and electronic product safety testing (wires, panels IEC 60332, ISO 4589)

Research laboratories & certification agencies

Fire Testing Lab Setup Services
We offer expert turnkey services for fire testing lab setup:

Site planning, ventilation design, utility infrastructure

Equipment installation, calibration, and trial testing

SOP development, operator training, ongoing support

Support for NABL accreditation & ISO documentation

Why KDM Global?
One-stop source for multi-standard fire testing equipment

Extensive experience with customised machines for niche applications

Complete lab setup solutions with after-sales support

Trusted by railway R&D units, building product manufacturers, and electrical OEMs

Indian manufacturer with global supply capabilities

Cone Calorimeter Flammability Testing Equipment ISO 5660 Heat & Smoke Release Measurement | KDM Global
KDM Global manufactures advanced Cone Calorimeter Flammability Testing Equipment compliant with ISO 5660-1, designed for precise measurement of Heat Release Rate (HRR), Smoke Production Rate (SPR), Mass Loss, and Ignition Time. This system is essential for evaluating material fire behavior in railway interiors, building products, electrical components, and industrial applications.

We also offer fully integrated customised machines and complete fire testing lab setup to support R&D, quality control, and international standard compliance.

Key Features Cone Calorimeter (ISO 5660-1):
Heat Release Rate (HRR) Measurement

Measures the energy released during combustion using oxygen consumption calorimetry.

Delivers parameters like Peak HRR, Total Heat Release (THR), and Time to Ignition.

Smoke Production Rate (SPR)

Optical measurement of smoke via laser beam transmittance in the exhaust duct.

Tracks specific extinction area (SEA) and total smoke production.

Mass Loss Rate & Residue Analysis

Real-time load cell system for continuous mass measurement.

Provides insights into combustion efficiency and residue generation.

Optional Add-ons

FTIR Toxic Gas Analyzer for emission profiling.

Integrated DAQ Software for automated report generation.

Custom chamber sizes and configurations for large or special specimens.

Industry Applications:
Railway Fire Testing (EN 45545-2) R1/R2 materials for HL1HL3

Building Materials Testing Wall panels, insulation, flooring (EN 13501-1)

Electrical & Automotive Components Wire insulation, cable trays, polymers

R&D & Certification Labs ISO-accredited material evaluation and reporting

Fire Testing Lab Setup Solutions
KDM Global provides full-service support for labs requiring Cone Calorimeter-based testing:

Lab infrastructure design

Installation, commissioning, and compliance alignment

Utility planning (ventilation, gas, power)

Staff training, SOPs, and calibration services

Why Choose KDM Global?
ISO 5660-compliant Cone Calorimeter with high data accuracy

Expert engineering in customised machines for various testing needs

One-stop partner for fire testing lab setup

Trusted by OEMs, test labs, and certification bodies across sectors

Backed by in-house manufacturing and expert technical support

Small Flame Ignitability Flammability Testing Equipment ISO 11925-2 for Plastics & Cables | KDM Global
KDM Global offers precision-engineered Small Flame Ignitability Testing Equipment, fully compliant with ISO 11925-2. This system is designed to evaluate the ignitability of plastics, foams, textiles, and cable sheaths when exposed to a small open flame critical for determining Euroclass fire ratings and EN 45545-2 railway compliance.

Ideal for material manufacturers, certification labs, and fire testing centers, our equipment is also available as part of customised machines or turnkey fire testing lab setup solutions.

Key Features ISO 11925-2 Ignitability Tester:
Direct Flame Exposure Testing

Assesses flame spread, ignition time, and dripping behavior.

Meets Euroclass classification (EN 13501-1) for construction materials and EN 45545 fire assessments for railways.

Test Chamber with Observation Window

Enclosed design ensures consistent airflow and safe testing conditions.

Built-in lighting and timer for accurate visual observation and recording.

Adjustable Burner Assembly

45° orientation with calibrated flame length and exposure time (15s or 30s).

Easy repositioning for testing vertical or edge surfaces.

Precision Control Panel

Digital timer, gas flow control, and auto-ignition feature for repeatability.

Optional data recording and result logging features available.

Ideal for Testing:
Plastic Sheets and Films

Cable Insulation & Wire Jackets

Foam Panels, Fabrics & Building Boards

Railway interior materials for EN 45545-2 R22/R23 tests

Fire Testing Lab Setup Support
KDM Global supports full fire testing lab setup tailored to ISO/EN test methods:

Facility layout planning with ventilation and gas system specs

Installation and commissioning of ignitability chambers

Staff training and test method documentation

Customisation available for multi-standard compatibility

Why Choose KDM Global?
Fully compliant with ISO 11925-2 and Euroclass testing protocols

Designed for plastic and cable material testing

Experts in customised machine design for niche fire test needs

Comprehensive fire testing lab setup support for new labs

Proven equipment across construction, railway, and automotive sectors

Particulate Matter Sampler Supplier in Delhi KDM Environmental
KDM Environmental, headquartered in New Delhi, is a trusted name in the manufacturing and supply of high-precision particulate matter samplers for air quality testing. Our instruments are designed to accurately capture and quantify airborne particles such as PM10, PM2.5, TSP (Total Suspended Particles), and respirable dust, essential for environmental monitoring, research, and industrial compliance.

As a leading Particulate Matter Sampler Supplier in Delhi, we offer both standard and customized models to meet the specific requirements of environmental consultancies, pollution testing labs, industries, government agencies, and research institutions across India.

Types of Particulate Matter Samplers We Offer:
PM10 Sampler For sampling coarse particles (10 microns)

PM2.5 Sampler Measures fine particulates (2.5 microns) that are harmful to health

Combo Dust Sampler Simultaneous monitoring of both PM10 and PM2.5

Respirable Dust Sampler (RDS) Ideal for occupational exposure studies

High Volume Air Sampler Used for total suspended particulate monitoring

Personal Dust Sampler Lightweight, battery-operated for individual exposure assessment

Handy Sampler Compact solution for field or spot sampling

Technical Specifications (Vary by Model):
Flow Rate: 1 to 1.5 m³/min (for dust sampling)

Filter Media: Glass fiber filter (8" x 10"), 47 mm PTFE/membrane filters

Sampling Time: 824 hours (programmable or manual)

Power Supply: 220V AC, with optional battery backup

Construction: MS powder-coated / stainless steel cabinet

Mounting: Tripod-based, table-top, or wheeled trolley

Optional Features: Digital display, data logger, flow controller, time totalizer

Applications:
Ambient air quality monitoring (urban, industrial, rural)

EIA/EMP baseline studies

Workplace exposure monitoring

Pollution control and audit studies

Academic and industrial research

Occupational health and safety assessments

Why Choose KDM Environmental?
Delhi-based manufacturing & supply with national reach

Decades of experience in environmental monitoring instruments

Affordable and customizable equipment

Strong technical support and spare parts availability

Trusted by government labs, private consultancies, and industry leaders

Need reliable particulate samplers for your next project?
Request datasheets, pricing, and product brochures today!

Respirable Dust Sampler Manufacturer in Delhi KDM Environmental

Looking for a reliable Respirable Dust Sampler Manufacturer in Delhi KDM Environmental stands out as a trusted name in India's air quality monitoring industry. We specialize in the design, manufacturing, and supply of advanced Respirable Dust Samplers (RDS) that ensure precise measurement of fine particulate matter (PM10 and smaller particles) in ambient air.

Our RDS instruments are engineered for continuous 24-hour sampling in outdoor environments such as industrial areas, roadside locations, construction zones, and urban monitoring sites. The equipment is highly effective for pollution control applications, regulatory assessments, and air quality research studies.

Key Features of Our Respirable Dust Sampler:
Flow Rate: 1.0 1.3 m³/min using a high-performance blower

PM10 Separation: Impactor or cyclonic separator for accurate particle cut-off

Sampling Time: Programmable 24-hour timer

Filter Size: 8" x 10" glass fiber filter holder

Flow Control: Inbuilt manometer and flow meter

Construction: Portable, corrosion-resistant aluminum or powder-coated steel body

Power Requirement: 220V, 50Hz single phase

Applications:
Monitoring air pollution near highways and industrial zones

Environmental Impact Assessment (EIA) studies

Workplace air quality testing for occupational health

Urban and rural ambient air quality monitoring

Research projects in environmental science

Why Choose KDM Environmental?
Located in Okhla Phase 1, Delhi, KDM Environmental is a recognized leader in air and emission monitoring systems. Our manufacturing unit delivers equipment with consistent accuracy, robust design, and high operational stability. As a Respirable Dust Sampler manufacturer, we offer complete after-sales support including installation guidance, calibration services, and spares.

We serve diverse clients such as industries, government agencies, environmental consultants, testing labs, and EPC companies across India.

Explore Our Air Quality Monitoring Range:
PM10 Sampler

PM2.5 Sampler

High Volume Air Sampler

Gaseous Sampler
Indoor Air Quality Monitor

Stack Monitoring Kit

Combo Sampler Manufacturer in Delhi KDM Environmental
Are you searching for a reliable Combo Sampler Manufacturer in Delhi KDM Environmental offers high-performance and durable Combo Samplers designed for accurate simultaneous monitoring of PM10 and PM2.5 particulate matter in ambient air. As a leading Indian manufacturer of air pollution monitoring instruments, we deliver advanced environmental sampling equipment built for regulatory compliance, research, and industrial applications.



Product Overview: Combo Dust Sampler
The Combo Sampler combines both PM10 and PM2.5 sampling in a single setup using a dual-stage filtration and cyclone separation system. This eliminates the need for two different samplers and allows users to collect parallel samples of coarse and fine particulate matter in one go.

It is ideal for use by pollution control boards, research institutions, consultants, and industries needing reliable data for ambient air quality studies.

ð??? Key Technical Features:
Dual Sampling Heads: Collects both PM10 and PM2.5 samples

Cyclonic Separator: Precision cut-off for PM2.5 size fraction

Filter Media: Compatible with 47 mm and 8" x 10" filter papers

Flow Rate: ~1.0 1.3 m³/min

Sampling Duration: 24-hour programmable timer

Power Supply: 220V AC, 50Hz

Body Material: Weather-resistant and portable aluminum cabinet

Integrated Manometer & Flow Meter: For accurate flow measurements
Applications of Combo Sampler:
Ambient air quality monitoring under National Ambient Air Quality Standards (NAAQS)

Health impact studies and environmental research

Baseline data collection for Environmental Impact Assessment (EIA)

Industrial fence-line air pollution monitoring

Government and academic air quality surveys

Why Choose KDM Environmental?
KDM Environmental is based in Okhla Phase 1, Delhi, with in-house R&D and production facilities. Our team ensures that every Combo Sampler is rigorously tested for durability, accuracy, and field performance. We serve clients across India including industries, government bodies, and environmental consultants.

From design to after-sales support, we are committed to providing efficient and cost-effective monitoring solutions.

Explore Our Other Air Sampling Solutions:
PM10 Sampler:

PM2.5 Sampler:

High Volume Air Sampler:

Respirable Dust Sampler:

Gaseous Sampler:

Stack Emission Sampler:

Fine Particulate Sampler Manufacturer in Delhi KDM Environmental

Looking for a reliable Fine Particulate Sampler Manufacturer in Delhi? KDM Environmental is a trusted name in the field of air quality monitoring equipment across India. We specialize in manufacturing high-precision PM2.5 Samplers, engineered for accurate and efficient collection of fine particulate matter in ambient air. Our samplers are widely used for pollution assessment, environmental research, emission surveys, and regulatory monitoring.

Product Page:
PM2.5 Dust Sampler

What is a Fine Particulate Sampler?
A Fine Particulate Sampler, or PM2.5 Sampler, is designed to collect airborne particulate matter with a diameter of 2.5 micrometers or smaller. These ultrafine particles pose significant health risks and are typically emitted from sources like vehicle exhaust, industrial combustion, and construction dust. Accurate measurement of PM2.5 levels is crucial for environmental compliance, air quality studies, and public health assessments.

Key Features of KDM PM2.5 Sampler:
Size Selective Inlet (SSI): Captures only particles 2.5m using a precision-cut cyclone

Low Flow Operation: Maintains a stable flow rate of ~1 m³/hr for consistent sampling

Filter Compatibility: Supports 47 mm PTFE or glass fiber filters

Digital Timer: Programmable 24-hour operation for unattended sampling

Durable Casing: Lightweight, weather-resistant aluminum body ideal for field use

Integrated Manometer: Measures suction pressure for accurate monitoring

Data Display: Shows real-time flow rate, total air volume, and sampling duration

Common Applications:
Ambient air quality monitoring by pollution control boards

Urban & rural environmental health studies

Emission source impact assessments near factories or highways

Air quality monitoring at construction & infrastructure sites

Long-term data collection for EIA reports and pollution trend analysis

Industries & Sectors Served:
Power Plants & Thermal Stations

Cement, Steel & Construction Industries

Oil & Gas Refineries, Pharma, Chemical Units

Environmental Consultants & NGOs

Government Labs, Universities & Research Institutes

Related Products from KDM Environmental:
PM10 Sampler For coarse particle collection

High Volume Air Sampler Bulk air particulate sampling

Combo PM10 + PM2.5 Sampler Dual-stage sampling

Gaseous Pollutant Sampler SO, NOx, NH, etc.

Indoor Air Quality Monitor For indoor environment assessments

Handy Sampler Manufacturer in Delhi KDM Environmental

Searching for a trusted Handy Sampler Manufacturer in Delhi? At KDM Environmental, we design and manufacture compact, portable air sampling solutions ideal for field surveys, indoor air monitoring, occupational health studies, and spot pollution assessments. Our Handheld Sampler is engineered for convenience without compromising on precision making it the perfect solution for quick air quality analysis.

Product Page:
Handheld Gas Detector / Handy Sampler

What is a Handy Sampler?
A Handy Air Sampler or Portable Particulate Sampler is a lightweight, battery-operated instrument used to collect airborne particles or gaseous pollutants from specific environments. Its specially designed for mobile use, short-term monitoring, and situations where setting up larger equipment is not feasible. It helps measure exposure levels in indoor environments, factories, construction sites, mines, and confined spaces.

Key Features of KDM Handy Sampler:
Compact & Lightweight: Easily portable for on-the-go sampling

Rechargeable Battery: Long-lasting battery for extended field use

Low Noise Motor: Operates silently for indoor environments

Adjustable Flow Rate: Fine control to suit different sampling needs

Filter Cartridge Option: Supports both particulate and gaseous sample collection

Digital Display (Optional): Real-time flow, time, and battery status

Durable Build: Designed to withstand industrial and outdoor conditions

Applications of Handy Sampler:
Spot-checking air quality in workspaces and production areas

Occupational health exposure monitoring (e.g., dust, fumes)

Air quality audits in hospitals, offices, schools, and malls

Baseline environmental surveys near pollution sources

Use by EHS teams, consultants, and inspection agencies

Industries Served:
Pharmaceuticals & Chemical Plants

Textile, Cement, and Mining Industries

Oil & Gas Installations

Academic Institutions & Research Labs

Construction & Infrastructure Projects

Pollution Control Boards & EHS Auditors

Explore Related Equipment:
Personal Air Sampler For individual exposure monitoring

Indoor Air Quality Monitor PM, VOCs, CO, etc.

Gaseous Pollutant Sampler For chemical gas sampling

Respirable Dust Sampler PM2.5 collection in workplaces

Why Choose KDM Environmental?
Delhi-based manufacturing facility in Okhla Phase 1

In-house R&D and customization support

Easy integration with filters, gas detection tubes, and sensors

Proven reliability in real-world industrial conditions

Post-sales assistance with spares, calibration, and documentation

EN 45545-2 Certified Flammability Testing Equipment Complete Fire Testing Systems for Railway Interiors | KDM Global
KDM Global offers a comprehensive suite of EN 45545-2 certified flammability testing equipment, engineered to evaluate and certify the fire safety of railway interior materials. Our systems are trusted by railway OEMs, metro projects, R&D labs, and third-party certifiers for testing materials across HL1, HL2, and HL3 hazard levels.

From flame propagation to smoke density and toxic gas emission analysis, we deliver complete fire testing systems including customised machines and fire testing lab setup services all under one roof.

EN 45545-2 Fire Testing Equipment Solutions:
Cone Calorimeter (ISO 5660-1)

Measures Heat Release Rate (HRR), Smoke Production Rate (SPR), Time to Ignition, and Mass Loss Rate.

Essential for materials tested under R1 and R2 requirement sets.

Smoke Density Tester (ISO 5659-2)

Determines optical smoke density (Ds), transmittance, and VOCs, with FTIR gas analysis integration available.

Fully compliant with Annex C toxicity evaluation.

FTIR-Based Toxic Gas Analyzer (NCD 1409)

Monitors gas emissions like CO, CO, HCN, HCl, NOx, and more for passenger safety validation.

Single Flame Source Tester (ISO 11925-2)

Measures ignitability under direct flame contact for Euroclass and EN 45545 fire classification.

Customised Testing Systems

Machines configured to support non-standard sample sizes, multi-test compatibility, or automated data acquisition.

Fire Testing Lab Setup Turnkey Solutions
KDM Global goes beyond just supplying machines we help you establish a fully equipped fire testing laboratory, ready for national and international audits:

Lab layout and infrastructure planning

Utility setup (gas lines, ventilation, fire-proof chambers)

Installation, commissioning, and calibration

Test SOPs, documentation, and operator training

Annual maintenance and technical support

Railway Interior Applications:
Seat cushions, wall panels, ceilings, and flooring

Cable insulation, plastic ducts, foams, and textiles

Composite and laminated assemblies

Compliant with HL1, HL2, HL3 fire safety requirements under EN 45545-2

Why Partner with KDM Global?
Equipment designed for 100% EN 45545-2 compliance

Customisation expertise for unique railway testing requirements

One-stop solution for fire testing lab setup and long-term support

Proven supplier to Indian Railways, Metro Rail, OEMs, and test labs

Manufactured in India with globally trusted quality

Smoke & Toxic Gas Flammability Testing Equipment FTIR & ISO 5659-2 Railway Compliance | KDM Global
KDM Global offers high-precision Smoke and Toxic Gas Flammability Testing Equipment compliant with ISO 5659-2 and EN 45545-2 (Annex C) standards, specifically engineered for railway applications. Our systems are equipped with FTIR-based gas analysis to measure both optical smoke density and toxic gas emissions, supporting full compliance across HL1, HL2, and HL3 hazard levels.

We also provide customised machines and complete fire testing lab setup services to help clients meet international safety norms and regulatory requirements.

Key Testing Capabilities:
Smoke Density Testing ISO 5659-2

Measures optical density (Ds), transmittance, and smoke generation rate under controlled conditions using radiant heat.

Suitable for testing wall panels, seat cushions, flooring, foams, and more.

FTIR Toxic Gas Analysis EN 45545-2 Annex C / NCD 1409

Real-time detection of gases such as CO, CO, HCN, HCl, HF, NOx, SO, and more.

FTIR allows accurate, multi-gas monitoring for passenger safety assessments.

Optional integration with the smoke density chamber for combined testing.

Customised Machine Options

Configurable for automated sampling, larger specimen sizes, or simultaneous Ds + toxicity testing.

Data acquisition, graphical logging, and calibration tools included.

Railway Applications:
Interior materials like seat foams, ceiling/wall panels, floors, and insulation

Cable jackets and coverings for electric systems

Composite and polymer-based interior assemblies

Compliant with EN 45545-2 R1, R2, R22, and R23 requirement sets

Fire Testing Lab Setup End-to-End Support
KDM Global provides complete solutions for fire testing infrastructure, including:

Turnkey lab design and planning

Installation of smoke and FTIR systems with compliance guidance

Operator training, SOP documentation, and audit preparation

Annual calibration and maintenance services

Why Choose KDM Global?
Fully compliant with ISO 5659-2 and EN 45545-2 Annex C

Advanced FTIR gas analysis technology

Expert in customised machine manufacturing

Trusted partner for fire testing lab setup in the railway sector

Backed by Indian engineering and global standardization

ISO 9239 Flooring Radiant Panel Essential Fire Testing Equipment for Flooring Materials
The ISO 9239 Flooring Radiant Panel is a state-of-the-art fire testing equipment used to evaluate the flammability and fire resistance of flooring materials. In compliance with ISO 9239 and other international standards, this apparatus helps manufacturers ensure that their flooring products, including carpets, tiles, wooden floors, and laminates, meet the necessary safety regulations for fire safety and flame retardancy.

Key Features:

Precise Fire Testing for Flooring: The Flooring Radiant Panel is designed to simulate real-world fire exposure by exposing flooring materials to a radiant heat source and measuring their flame spread and heat release rate during combustion.

Compliant with Global Standards: Fully compliant with ISO 9239, ASTM E648, and BS 476 Part 7, this apparatus helps ensure that materials used in construction, automotive, and railway industries meet stringent fire safety regulations.

Wide Application Range: Ideal for testing a variety of flooring materials, including carpets, wooden panels, ceramic tiles, and vinyl. It provides valuable insights into their flammability and heat release properties, essential for industries where fire resistance is paramount.

Advanced Testing Features: The radiant panel exposes materials to a controlled heat flux (radiation), with the ability to measure key parameters like flame spread and heat release rate, which are critical in assessing fire risk.

Reliable and Durable Construction: Built to withstand high-intensity testing, the ISO 9239 Flooring Radiant Panel ensures reliable results and long-term durability for high-volume testing needs.

Applications:

Construction: Tests flooring materials used in residential, commercial, and industrial buildings to ensure they meet fire safety standards and flame resistance.

Automotive: Assesses the flammability of flooring materials used in vehicles, ensuring safety for passengers in the event of fire.

Railways: Essential for testing train flooring materials, ensuring they meet flame spread requirements for public safety.

Why Choose KDM Globalâ??s ISO 9239 Flooring Radiant Panel?

At KDM Global, we provide top-quality fire testing machines designed to meet global fire safety standards. The ISO 9239 Flooring Radiant Panel is built to provide precise, reliable, and accurate testing for the flammability of flooring materials, helping manufacturers comply with ISO, ASTM, and BS standards.

High Volume Air Sampler for PM2.5
Global's line of extremely reliable and durable samplers created for capturing particulate matter and gaseous contaminants in ambient air are known as High Volume Air Samplers (HVAS).
The High Volume Air Sampler (HVAS) is a piece of equipment used to sample huge amounts of ambient air in order to filter out the particulate matter it contains. Finely divided solids or liquids that are spread in the air from natural sources, industrial operations, or both are referred to as particulate matter.
To stop collecting of particles larger than a certain size, a Size Selective Inlet (SSI) is used as a pre-filter. Size Selective Inlet (SSI) PM 2.5 only allows particles with an AED 2.5 micron diameter to enter the collection medium; particles larger than 2.5 microns are not allowed.
Features of the physical design:
High Volume Air Samplers, such as the PEV-HVS and PEM- RDS series, PM2.5HVS, are made up of a large blower, a filter to catch suspended particles, and a way to gauge the flow rate. Through the side apertures of the SSI, suspended airborne particles are sampled at sampling rates ranging from 1.1 to 1.6 m3/min and collected on a 203 x 254 mm filter paper.
Important Features:
Electronic Control Module with a Microprocessor; 32-character LCD Module with alphanumeric characters; Electronic Timer Cumulative Totalizer.
Continuous Duty Blowers; Settable Delay & Sampling Time
The exhaust orifice plate meets with USEPA standards.
An optional gaseous sampling attachment for all models.
By replacing the gable roof with SSI, it can be transformed into a PM10 sampler.
Unique Characteristics:
Free flow without resistance at 1.1 to 1.7 Cu m/min flow rate.
Particle Size: Depending on the filter being used, down to 0.3 micron. Filter holder made to fit any standard 8 X 10 (20.3 X 25.4 cm) size filter sheet.
The GF/A filter is advised for general use, and EPM 2000 for specialised research.
Time Totalizer: Record the running time in hours from 0 to 99999.99 hours for sampling time:
Automatic Sampling: A 24 hour programmable timer that automatically turns the device on or off after the preset intervals can be easily set.
220 volts, 5 amps, single phase AC power requirements.
Rotameter flow rate is measured with a plastic body flow metre with a 2% FSD accuracy between 0 and 3 lpm.

Respirable Dust Sampler
The practise of assessing contaminants in the amount of air that can be inhaled by employees at a certain location is known as espirable dust sampling. To ensure that workers' health is not in danger, a variety of dust sampling techniques are employed to measure the amount of dust particles and chemical vapours.
With industrial employees who are frequently exposed to vapours, gases, and particles, respirable air sampling is fairly common. By monitoring the air, hazardous substances that are still present in the atmosphere can be found and effectively controlled.
Product Description
FDS (2.5 / 10) made by KDM PM TRAVELING FINE DUST SAMPLER (Can Monitor Either PM 2.5 OR PM 10 at a time)
Model-based on a microprocessor (DATA LOGGER FOR ALL 5 PARAMETERS)
Developed in accordance with international standards, USEPA regulations, and Indian CPCB guidelines
PM EPA 2.5 Size Separator PM 2.5 SUCCESS EPA Impactor PM 10 Size Separator Using a 10 separation assembly and a sample transfer tube, the omnidirectional ambient particle inlet.
Filter Cassette with a 47 mm Filter Media is placed in a Filter Holder assembly.
Volume Totalizer & Flow Rate Meter (USEPA Procedure Followed)
Actual operating conditions are shown as Flow in LPM on a Digital Display with a Resolution of 0.01 LPM.
Throughout the sampling period, the flow rate was kept constant at 16.67 LPM with a 2% accuracy thanks to a microprocessor-based digital flow controller.
Timer/Clock System
Programmable Real-time control system with automatic start and stop, digital time and date display, and sampling time display. Precision 2 min/month.
Temperature Sensors For Filter Temperature Range & Ambient Temperature
Range: 5 to 50 C with a 0.10 C resolution.
Range of the bar press sensor is 600 to 800 mm Hg. 1 mm Hg as the resolution
Display
20x4 LCD display calibrated by FCRI PALLAKKED presenting parameters in real time, i.e.
Flow Rate (16.67 LPM).
Volumetric flow, barometric pressure, ambient temperature, and filter temperature output are all included.
USB Flash Drive with RS-232C terminal for connecting to a computer (Optional)
Dimensions and Weight of Calibration Factory Calibration Certificate: (17x13x19)/Approx. 25 Kg

Product Description:
Single-flame source test, commonly known as the ignitability test.Test equipment complies with standard EN ISO 11925-2. Building structure test findings can be categorised using standard 13501-1.
The test specimens' measurements must be (250) mm length by (90) mm broad.The burner is moved horizontally at a 45 angle until the flame, which has a 20 mm length, touches the test specimen at the predetermined position. Testing may be required for edge exposure, surface exposure, or both. As determined by the sponsor, the flame application time is either 15 or 30 seconds.
The following information is noted during the test: whether ignition happens; whether or not, and when, the flame tip rises 150 mm above the flame application point; whether the filter ignites
Standards: EN ISO 11925-2, DIN 4102
Technical parameters:
This apparatus made up of two parts burning chamber and control device
Power supply AC220V 10%,50Hz
Burner diameter 0.17mm burner with regulator; four  4mm air suction inlet
Gas source 95% propane gas;(user should provide for themselves)
Gas pressure 10kpa 50kpa
Flue air velocity 0.7m/s only on condition of burner burning and draught hood open
Time adjustment of continuous flame 0 99minutes99seconds
Time adjustment of afterflame 0 ~ 99minutes99seconds
Timer accuracy 1s/h

Combo Global Sampler
We have produced and supplied the highest quality Combination Sampler for the Cement Industry from the day of our founding. For applications involving measurement and monitoring of air pollution, the combination sampler is employed in the cement industry. The customers can have a combination sampler in a variety of technical parameters depending on their demands for air pollution monitoring.
Overview of the Global Combined Sampler
Global is a special based firm that specialises in outdoor air monitoring equipment, air pollution management tools, and air monitoring & measuring equipment while providing high-quality products and services. Every piece of pollution monitoring equipment produced by Global Delhi is put through testing to ensure the highest level of quality control.The brand name Global is known throughout India and stands for best quality, best value, and best assistance. For the Environmental Services, Measuring Air Pollutants, Air Quality and Pollution Instruments, and Pollution Measuring Instruments of Global. Global's goal is to advance the delivery of Pollution & Dust Particle Monitoring Equipment, Air Sampler, Dust Sampler, and Combination Air Sampler through the excellence, scope, and global appeal of key instructional and recreational products.
Global is engaged in the production and delivery of extremely effective Combined Dust Samplers/Combo Samplers thanks to our beneficial experience. Due to its great efficiency and widespread Global Combined Samplers (Combo) are frequently utilised to measure airborne particle concentrations.
PM 10 is the combined sampler specification. PM 2.5 Separator: PM 2.5 Separation through a WINS Impactor Separator: Omni Directional Air inlet with PM 10 Separation through Impactor
Flow Rate: The crucial orifice system maintains a constant sampling rate of 1 m3/hr that is unaffected by voltage fluctuations and filter choking.
Filter Media: The filter holder is made to accommodate any 47 mm dia. standard filter media.
Oil-free, non-pulsating suction pump with an induction motor for constant flow rate
Sample Volume: A dry gas metre logs the entire volume of air that was sampled.
220V 10 V AC, 50Hz 3% single phase is the required amount of power.
Simultaneous sampling of PM10 and PM2.5 Particulates is one of the combined sampler's features.
PM2.5 filter is always kept at a temperature that is similar to ambient thanks to the two-part cabinet.
Even in places with high PM concentrations, a low sampling rate of 1 m3/hr reduces filter clogging.
Crucial Orifice keeps flow rate steady

Single Flame Source Tester (ISO 11925-2): Ensuring Material Fire Safety
The Single Flame Source Tester (ISO 11925-2) is an essential fire testing apparatus used to assess the ignitability of materials when exposed to a single flame source. This apparatus evaluates the reaction of materials to small-scale flame exposure, simulating potential fire hazards in real-world conditions. It is widely used in industries like construction, automotive, and railways to ensure that materials do not easily catch fire or spread flames in case of a fire emergency.

At KDM Global, we manufacture advanced Single Flame Source Testers that meet ISO 11925-2 standards, ensuring the highest level of fire safety compliance for a variety of materials. Our products provide accurate results, helping manufacturers meet regulatory requirements and ensure safety.

Standards:
The Single Flame Source Tester complies with the following key standard:

ISO 11925-2: This standard specifies the method for testing the ignitability of materials exposed to a small flame. It is used primarily to assess the flammability of materials such as textiles, foams, and other building components, which are exposed to an ignition source in real-world fire conditions.
How It Works:
The Single Flame Source Tester works by exposing a material sample to a controlled, small-scale flame for a specific duration. The test measures the following:

Ignition Time: How quickly the material ignites when exposed to the flame.
Flame Propagation: Whether the flame spreads across the material surface.
Afterglow: The material's ability to extinguish after the flame source is removed.
This test helps identify materials that pose a high risk of fire spread or ignition, ensuring they are suitable for use in fire-sensitive environments.

Key Features:
Accurate Testing: The apparatus provides precise measurements of ignition time, flame propagation, and afterglow characteristics.
Compliant with ISO Standards: Meets ISO 11925-2 for global fire safety standards.
User-Friendly: Simple operation with intuitive controls for ease of use.
Versatile: Suitable for testing a wide range of materials used in construction, automotive, and railways.
Durable: Built with high-quality materials to withstand continuous, high-precision testing.
Applications:
Construction Industry:

Tests materials such as insulation, wall panels, and flooring for fire safety compliance.
Automotive Industry:

Used to test materials like seats, dashboards, and interior fabrics to ensure they meet safety standards for fire resistance.
Railway Sector:

Ensures materials used in train interiors, such as fabrics and seating materials, do not easily ignite or support the spread of flames.

Smoke Visibility Tester UIC 564: Ensuring Safety in Fire Events
The Smoke Visibility Tester UIC 564 is a crucial piece of fire testing equipment used to assess the visibility of smoke emitted from materials when exposed to fire. Designed to meet UIC 564 standards, this apparatus is widely used in industries such as railway, construction, and transportation, where visibility in the event of a fire is essential for ensuring safe evacuation and effective firefighting efforts.

At KDM Global, we manufacture the Smoke Visibility Tester UIC 564, offering businesses a reliable and precise tool for evaluating smoke density and its impact on visibility during a fire scenario. Our product ensures that materials meet the rigorous safety standards required for use in fire-prone environments.

Standards:
The Smoke Visibility Tester is designed to comply with the following key standard:

UIC 564: This standard defines the method for testing the smoke density of materials in terms of visibility. It helps measure the amount of smoke produced during combustion and how it affects the visual clarity in an enclosed space. The UIC 564 standard is particularly used in the railway industry, but its applications extend to other sectors where smoke visibility is critical in fire safety.
How It Works:
The Smoke Visibility Tester â?? UIC 564 works by exposing a material sample to a controlled flame in a test chamber while monitoring the smoke density produced during combustion. The tester measures the amount of smoke and its effect on visibility. Key steps include:

Sample Preparation: A representative sample of the material is placed in the test chamber.
Smoke Generation: The material is ignited, and the resulting smoke is monitored and analyzed.
Visibility Measurement: A sensor is used to assess the visibility within the chamber, determining the extent to which smoke obstructs vision.
Results: The test produces a visibility index or smoke density value that indicates the material's performance in real fire situations.
Key Features:
Compliance with UIC 564: Fully meets the requirements of the UIC 564 standard, ensuring reliable and consistent smoke visibility testing.
Precise Smoke Density Measurement: Offers accurate measurement of smoke density and visibility, helping evaluate the effectiveness of materials in fire events.
User-Friendly Interface: Easy-to-operate controls and intuitive display for quick test setup and results interpretation.
Durable Construction: Built with high-quality materials to endure continuous use and demanding testing conditions.
Versatile Application: Suitable for testing a wide range of materials, including railway components, construction materials, and textiles.

Bomb Calorimeter ASTM D240: Reliable Measurement of Heating Value of Fuels
The Bomb Calorimeter ASTM D240 is an essential piece of laboratory equipment used to measure the calorific value or heating value of fuels, which is critical for assessing their energy content. This testing apparatus is widely used in various industries, including power generation, automotive, chemicals, and biofuels, to evaluate fuel efficiency and combustion characteristics.

At KDM Global, we manufacture and supply the Bomb Calorimeter ASTM D240 with precise calibration to ensure accurate and reliable results for fuel testing. Our product helps businesses comply with the ASTM D240 standard, providing an essential tool for energy evaluation and fuel quality control.

Standards:
The Bomb Calorimeter ASTM D240 is designed to comply with the following industry standard:

ASTM D240: This standard provides the method for determining the calorific value of solid, liquid, or gaseous fuels. It outlines the procedure for conducting combustion tests to determine the amount of heat released when a fuel is burned in excess oxygen.
How It Works:
The Bomb Calorimeter ASTM D240 operates by placing a fuel sample inside a bomb calorimeter chamber and igniting it under controlled conditions. The heat released during combustion is absorbed by a surrounding water jacket, and the temperature rise is measured to determine the calorific value of the fuel. The process involves:

Sample Preparation: A known amount of fuel is precisely weighed and placed in the bomb calorimeter chamber.
Oxygen Environment: The sample is surrounded by excess oxygen to ensure complete combustion.
Ignition: The fuel is ignited, and the heat generated by combustion is transferred to the surrounding water jacket.
Temperature Measurement: The temperature rise in the water jacket is recorded, and this data is used to calculate the calorific value of the fuel.
Key Features:
Compliance with ASTM D240: Fully adheres to the ASTM D240 standard for accurate and reliable fuel testing.
Precise Measurement: Offers highly accurate determination of the heating value of solid, liquid, and gaseous fuels.
Durable Design: Built with high-quality materials for long-lasting performance and resistance to wear.
Easy Operation: Designed for user-friendly operation with clear instructions for sample loading, ignition, and temperature monitoring.
Temperature Control: Equipped with a temperature monitoring system to provide precise and accurate results.
Calibration: Comes with an inbuilt calibration system to ensure that measurements are consistent and accurate over time.

Product Description:
We play a key role in providing a broad range of Rapid Chloride Ion Permeability Test Apparatus to our esteemed clients. This collection, which is well regarded for use in a variety of industries and sectors, is produced using only the highest quality raw materials. Additionally, this range is sent to the customer after passing its quality testing in the allotted time frame and is quality tested in accordance with industry standards and regulations. Additionally, our range is available at affordable costs in a variety of customised alternatives based on customer needs.
Features:
SMART CL1 has the ability to run tests on three samples simultaneously. The power supply unit for this model delivers a constant voltage of 60 V DC while showing the current in milliamperes in each channel on a large, bright digital readout on the front of the unit. The Operator Must Manually Record These Every 30 Meters. This is the model that universities and other institutions choose when simplicity and economy are needed.