Compliant with IEC 60794-1-2 E1 | Precision Testing for Indoor/Outdoor Optical Cables
Key Features & Benefits:
*Dual Testing Modes - Evaluates tensile strength of both outdoor (50 kN) and indoor (5 kN) optical cables under real-world conditions.
*IEC-Compliant Results - Ensures reliable, standardized testing for attenuation, elongation, and load resistance during installation.
*Advanced Control - Windows-based software with real-time data logging and OTDR analysis compatibility.
*Safety & Stability - Features a bidirectional cross-head, secure chuck drum, cable tray, and emergency stop (LED indicators).
*Heavy-Duty Build - Robust load frame (1100mm stroke) with �±0.5% accuracy and speeds of 0.2-300 mm/min.
AS PS ABS PLA HDPE Granules
Acrylonitrile - styrene copolymer.
Acrylonitrile - styrene copolymer. A polymer composed of acrylonitrile and styrene.Typically 15-50% styrene.Transparent solid with yellow to amber needle color.The density of 1.06.It's thermoplastic.Not easy to change color.It is unaffected by diluteacids,bases, alcohols and gasoline.But soluble in acetone, ethyl acetate, dichloroethylene and so on.Can be used as
engineering plastics.Excellent heat resistance and solvent resistance.
Application.
1. General grade: cassettes, trash cans, toothbrush handles, lamp covers, pen tube, Cup with cover, cosmetic cases.
2. Special grade: blade of fan, batteries housing, lighters.
3. Refrigerator Sleeves, Miscellaneous
4.Used for pots, cups, milk bottles, etc., with high transparency, safety and resistance to falling
5. High Transparency, Heat Resistance, chemical resistance
PC + Glass Fiber reinforced (GF)
The glass fiber (GF) reinforced PC have improved tensile / flexural properties as well as thermal resistance. The FR rating
improves with increase in thickness and the material can acquire a UL94 V0 rating at 3 mm.
Grade: (ML3410-30 / MH3515-30 / MN-3110-30)
1) ML series: ML3405 / ML3410 / ML3420 / ML3430 (10-30% GF)
General GF reinforced PC for standard application, they are characterise by balance of stiffness, modulus and impact.
Application: Watch parts, switches and nobs, OA equipment.
2) MH series: MH-3515 / MH-3520 / MH-3530 (10-30% GF)
Special GF reinforcements for optimal balance between modulus and improved weld line performance. MH series also improve warpage
and dimensional stabilities.
Applications: Watch parts, laptop housings, optical devices, mobile accessories, TV frames.
3) MN series: MN-3110 / MH-3120 / MN-3130 (10-30% GF)
MN series are specially formulated for various kinds of housings and cases. They are characterise by superior impact performance,
surface aesthetics and weld line strengths.
Applications: Meter cases, electrical and electronic housings.
About Meltblown Nonwove
Melt blown is a one step process to make fabrics from polymer.
The thermoplastics chips are fed through main dosing units & these chips are melted by means of the extruder. This extruder then extrudes the melt, which is then filtered & metered at a constant rate. This filament comes out from a single raw of spinneret orifice. It has a self bonding property but for coagulation & for better random laying hot air flow is provided.
The web generated is immediately passes among the Spunbond webs followed by pre-bonding rolls & finally through calendar for thermal bonding.
The main purpose of melt blown fabric is to provide barrier property for the liquid.
Sometimes the treatment like antistatic or hydrophilic are given to the fabrics & after drying the fabrics are wound in the winder as a roll form.
Unique characteristics such as water repellence or permeability or UV stability can be obtained by incorporating additives to the raw materials or applying different agents to the fabric.
Characteristics of Meltblown fabrics are:
The main desired characteristics expected for melt blown nonwoven fabrics are:
Adjustable Pores And Capillary Structure
Excellent barrier properties
Filament size 1 -3 �µm
High Elasticity
High Filtration capability
Isotropic formation- this means that the fibers are randomly distributed in the machine direction (MD) and cross-machine direction (CD).
Large Area-to-weight ratio
Self-bonding
The weight of the melt-blown fabrics in gram per square meter (GSM) should range from 4 g/m2 to over 1000 g/m2.
Very good thermal insulation for apparel application
Weak tensile properties
Wicking Properties
Application of spun-bond nonwoven fabrics:
Sanitary and Hygiene:
Sanitary napkins,
Baby diapers and
Incontinence diapers
Medical and Surgical:
Gowns,
Face masks,
Caps,
Drapes, etc
Other Miscellaneous Applications:
Filtration Material,
Agriculture,
Oilsorbents
Hot-melt adhesives
Headliners, etc
Melt blown is a one step process to make fabrics from polymer.
The thermoplastics chips are fed through main dosing units & these chips are melted by means of the extruder. This extruder then extrudes the melt, which is then filtered & metered at a constant rate. This filament comes out from a single raw of spinneret orifice. It has a self bonding property but for coagulation & for better random laying hot air flow is provided.
The web generated is immediately passes among the Spunbond webs followed by pre-bonding rolls & finally through calendar for thermal bonding.
The main purpose of melt blown fabric is to provide barrier property for the liquid.
Sometimes the treatment like antistatic or hydrophilic are given to the fabrics & after drying the fabrics are wound in the winder as a roll form.
Unique characteristics such as water repellence or permeability or UV stability can be obtained by incorporating additives to the raw materials or applying different agents to the fabric.
Characteristics of Meltblown fabrics are:
The main desired characteristics expected for melt blown nonwoven fabrics are:
Adjustable Pores And Capillary Structure
Excellent barrier properties
Filament size 1 -3 �?�µm
High Elasticity
High Filtration capability
Isotropic formation- this means that the fibers are randomly distributed in the machine direction (MD) and cross-machine direction (CD).
Large Area-to-weight ratio
Self-bonding
The weight of the melt-blown fabrics in gram per square meter (GSM) should range from 4 g/m2 to over 1000 g/m2.
Very good thermal insulation for apparel application
Weak tensile properties
Wicking Properties
Application of spun-bond nonwoven fabrics:
Sanitary and Hygiene:
Sanitary napkins,
Baby diapers and
Incontinence diapers
Medical and Surgical:
Gowns,
Face masks,
Caps,
Drapes, etc
Other Miscellaneous Applications:
Filtration Material,
Agriculture,
Oilsorbents
Hot-melt adhesives
Headliners, etc
290 Univer Ctc 1000 Op Fiber Optic Tensile Tester Suppliers
Short on time? Let Univer Ctc 1000 Op Fiber Optic Tensile Tester sellers contact you.
Melt blown is a one step process to make fabrics from polymer.
The thermoplastics chips are fed through main dosing units & these chips are melted by means of the extruder. This extruder then extrudes the melt, which is then filtered & metered at a constant rate. This filament comes out from a single raw of spinneret orifice. It has a self bonding property but for coagulation & for better random laying hot air flow is provided.
The web generated is immediately passes among the Spunbond webs followed by pre-bonding rolls & finally through calendar for thermal bonding.
The main purpose of melt blown fabric is to provide barrier property for the liquid.
Sometimes the treatment like antistatic or hydrophilic are given to the fabrics & after drying the fabrics are wound in the winder as a roll form.
Unique characteristics such as water repellence or permeability or UV stability can be obtained by incorporating additives to the raw materials or applying different agents to the fabric.
Characteristics of Meltblown fabrics are:
The main desired characteristics expected for melt blown nonwoven fabrics are:
Adjustable Pores And Capillary Structure
Excellent barrier properties
Filament size 1 -3 �?�µm
High Elasticity
High Filtration capability
Isotropic formation- this means that the fibers are randomly distributed in the machine direction (MD) and cross-machine direction (CD).
Large Area-to-weight ratio
Self-bonding
The weight of the melt-blown fabrics in gram per square meter (GSM) should range from 4 g/m2 to over 1000 g/m2.
Very good thermal insulation for apparel application
Weak tensile properties
Wicking Properties
Application of spun-bond nonwoven fabrics:
Sanitary and Hygiene:
Sanitary napkins,
Baby diapers and
Incontinence diapers
Medical and Surgical:
Gowns,
Face masks,
Caps,
Drapes, etc
Other Miscellaneous Applications:
Filtration Material,
Agriculture,
Oilsorbents
Hot-melt adhesives
Headliners, etc
About Meltblown Nonwoven
â?¢ Melt blown is a one step process to make fabrics from polymer.
â?¢ The thermoplastics chips are fed through main dosing units & these chips are melted by means of the extruder. This extruder then extrudes the melt, which is then filtered & metered at a constant rate. This filament comes out from a single raw of spinneret orifice. It has a self bonding property but for coagulation & for better random laying hot air flow is provided.
â?¢ The web generated is immediately passes among the Spunbond webs followed by pre-bonding rolls & finally through calendar for thermal bonding.
â?¢ The main purpose of melt blown fabric is to provide barrier property for the liquid.
â?¢ Sometimes the treatment like antistatic or hydrophilic are given to the fabrics & after drying the fabrics are wound in the winder as a roll form.
â?¢ Unique characteristics such as water repellence or permeability or UV stability can be obtained by incorporating additives to the raw materials or applying different agents to the fabric.
Characteristics of Meltblown fabrics are:
The main desired characteristics expected for melt blown nonwoven fabrics are:
â?¢ Adjustable Pores And Capillary Structure
â?¢ Excellent barrier properties
â?¢ Filament size 1 -3 �µm
â?¢ High Elasticity
â?¢ High Filtration capability
â?¢ Isotropic formation- this means that the fibers are randomly distributed in the machine direction (MD) and cross-machine direction (CD).
â?¢ Large Area-to-weight ratio
â?¢ Self-bonding
â?¢ The weight of the melt-blown fabrics in gram per square meter (GSM) should range from 4 g/m2 to over 1000 g/m2.
â?¢ Very good thermal insulation for apparel application
â?¢ Weak tensile properties
â?¢ Wicking Properties
Application of spun-bond nonwoven fabrics:
â?¢ Sanitary and Hygiene:
â?¢ Sanitary napkins,
â?¢ Baby diapers and
â?¢ Incontinence diapers
â?¢ Medical and Surgical:
â?¢ Gowns,
â?¢ Face masks,
â?¢ Caps,
â?¢ Drapes, etc
â?¢ Other Miscellaneous Applications:
â?¢ Filtration Material,
â?¢ Agriculture,
â?¢ Oilsorbents
â?¢ Hot-melt adhesives
â?¢ Headliners, etc
This cable has been designed for aerial application with flat type construction. Our stranded loose tube design provides stable performance over a wide temperature range and is compatible with any telecommunications-grade optical fiber. This aerial type fiber cable is designed for easy and economical installation with a sufficient tensile strength to overcome wind pressures and ice loadings.
Features & application
Excellent optical, mechanical & environmental performance
Csm dielectric type û fiber reinforced plastic
High tensile strength
High crush strength
Aerial application
Application in lan, wan, especially in ftth networks
Easy to clamp and install
Can bear ice loads and high wind pressures.
Construction Parameters
Fiber Count 02 to 12 Fiber
Fiber Type G.652.D
Loose Tube Material Polybutylene Terephthalate (PBT)
Loose Tube Filling Material Thixotropic Jelly
Sheath Material High Density Polyethylene (HDPE)
Printing on Outer Sheath Engraved Hot Foil or Inkjet Printing
Nominal Dimensions Width : 7.0 + 0.5mm , Height : 3.5 + 0.3mm
Nominal Cable Delivery Length (km) 2 KM + 3% .
Mechanical Characteristics
Tensile Strength (N) 600
Tensile Strength (N) (Installation) 1000
Crush Strength (N) 2,000
Minimum Bending Radius (mm) 75
Temperature Operating Range -10 to +70¦C.
This product description is for 08 fiber single mode double armored optical fiber cable designed to meet the technical requirements as mentioned as per specification documents, it fulfills the design for the applications desired therein. The design is based on stranded loose tube which provides stable performance over a wide temperature range and is compatible with any telecommunications-grade optical fiber. This cable is suitable for both duct and direct buried applications, it provides extra strength and rodent protection by using double armor and two inner coats. The stranded loose tubes contain thixotropic jelly for protection of the optical fibers as required. The thixotropic jelly protects the fibers within the loose tubes and provides excellent quality filling compound for stopping ingress/transport of water into the cable. The product is manufactured on itu-t g.652.D fiber. It facilitates easy and economical installation.
Features & application
Excellent optical, mechanical & environmental performance
High strength-to-weight ratio
Csm dielectric type v fiber reinforced plastic
Dry block construction
High tensile strength
High crush strength
Corrosion resistance
Kink resistance
Very light weight
Very flexible & small bending radius
Long haul / backbone application
Junction communication systems
All dielectric applications
Catv applications.
Construction parameters
Fiber count as per customer¦s requirement
No. Of loose tube to be designed to meet the specifications
No. Of fiber in each tube to be designed to meet the specifications.
Color of fibers as per tia/eia-598a
Loose tube material polybutylene terephthalate (pbt)
Loose tube filling material thixotropic jelly
Central strength member fiber reinforced plastic (frp) v non metallic
Core moisture protection methodology jelly filled construction
Peripheral strength member glass yarn
material medium density/high density polyethylene (mdpe/hdpe).
This cable has been designed for long haul direct / backbone application. Our stranded loose tube design provides stable performance over a wide temperature range and is compatible with any telecommunications-grade optical fiber. Direct Buried type Fiber Optical Cables are designed for easy and economical installation.
The stranded loose tubes contain thixotropic jelly but the cable core is based on dry-block construction. Incorporation of Dry Water Block Technology eliminates the need for traditional jelly filled water blocking methods, thus providing efficient and craft-friendly cable installation.
The thixotropic jelly is used to fill the buffer tubes to prevent water ingress. Steel Tape Armoring provides a rodent protection, length markings in meters for easy determination of cable length. Extra Strength cable can also be delivered with Peripheral Strength Members.
Features & Application
òExcellent optical, mechanical & environmental performance
òHigh strength-to-weight ratio
òCSM dielectric type û Fiber Reinforced Plastic
òDry block construction
òHigh tensile strength
òHigh crush strength
òCorrosion resistance
òKINK resistance
òVery light weight
òVery flexible & small bending radius
òLong haul / backbone application
òJunction communication systems
òAll dielectric applications
òCATV applications.
Construction Parameters
Fiber Count 02 û 144 Fibers
Color of Loose Tube Blue , Orange , Green , Brown , Grey , White, Red & Black
Loose Tube Material Polybutylene Terephthalate (PBT)
Loose Tube Filling Material Thixotropic Jelly
Filler Material Medium Density/High Density Polyethylene (MDPE/HDPE)
Central Strength Member Fiber Reinforced Plastic (FRP) û Non Metallic
Core Moisture Protection Methodology Dry Block Design, Water Blocking Yarns/Tapes
Second (Outer) Sheath Material High Density Polyethylene (HDPE)
Printing on Outer Sheath Engraved Hot Foil or Inkjet Printing
Nominal Cable Delivery Length (km) 4 KM ¦ 3%.
This cable has been designed for long haul direct / backbone application. Our stranded loose tube design provides stable performance over a wide temperature range and is compatible with any telecommunications-grade optical fiber. Direct buried type fiber optical cable are designed for easy and economical installation.
The stranded loose tubes contain thixotropic jelly but the cable core is based on dry-block construction. Incorporation of dry water block technology eliminates the need for traditional jelly filled water blocking methods, thus providing efficient and craft-friendly cable installation.
The thixotropic jelly is used to fill the buffer tubes to prevent water ingress. Steel tape armoring provides a rodent protection, length markings in meters for easy determination of cable length. Extra strength cable can also be delivered with peripheral strength members.
Features & application
Excellent optical, mechanical & environmental performance
High strength-to-weight ratio
Csm dielectric type û fiber reinforced plastic
Dry block construction
High tensile strength
High crush strength
Corrosion resistance
Kink resistance
Very light weight
Very flexible & small bending radius
Long haul / backbone application
Junction communication systems
All dielectric applications
Catv applications.
Construction Parameters
Fiber Count As per CustomerÆs Requirement
No. of Loose Tube As per CustomerÆs Requirement
G.655 As per CustomerÆs Requirement
G.652 As per CustomerÆs Requirement
Loose Tube Material Polybutylene Terephthalate (PBT)
Loose Tube Filling Material Thixotropic Jelly
Filler Material Medium Density/High Density Polyethylene (MDPE/HDPE)
Central Strength Member Fiber/Glass Reinforced Plastic (FRP/GRP)
Armoring Corrugated Steel Tape Armoring
Peripheral Strength Member (if required) Aramid / Glass Yarn
Core Moisture Protection Methodology Dry Block Design, Water Blocking Yarns/Tapes
Outer Sheath Material High Density Polyethylene (HDPE)
Printing on Outer Sheath Engraved Hot Foil or Inkjet Printing
Nominal Cable Delivery Length (km) 4 KM ¦ 3%.
* Galvanized round steel is a geometric object made of iron or materials with certain strength and toughness by rolling, extruding, casting, hot galvanizing anti-corrosion profile surface and other processes. Hot dip galvanized round steel is produced by advanced galvanizing process, and its surface is glossy and durable. Galvanized round steel products have been used in many fields. The advantage of hot-dip galvanized round steel is that it has a long anti-corrosion life and has been a popular anti-corrosion treatment method to adapt to a wide range of environments. It is widely used in electric power tower, communication tower, railway, highway protection, street light pole, marine components, building steel structure components, substation ancillary facilities, light industry, etc.
Product name : Galvanized Steel Round Bar
Diameter : 16-250mm or Customized
Length : Customized
Advantages : Dia< 10.00 mm, cold drawn, on request also ground; ISO h8 Dia > 10.00 mm, cold drawn, on request also ground; ISO h9
Tighter tolerances on request
Out of roundness standard: half of diameter tolerance
Q195 Galvanized Round Steel is a surface galvanized sheet with yield strength of 195MPa.
Galvanized round steel is a geometric object made of iron or materials with certain strength and toughness by rolling, extruding, casting, hot galvanizing anti-corrosion profile surface and other processes. Hot dip galvanized round steel is produced by advanced galvanizing process, and its surface is glossy and durable. Galvanized round steel products have been used in many fields. The advantage of hot-dip galvanized round steel is that it has a long anti-corrosion life and has been a popular anti-corrosion treatment method to adapt to a wide range of environments. It is widely used in electric power tower, communication tower, railway, highway protection, street light pole, marine components, building steel structure components, substation ancillary facilities, light industry, etc.
Product name
Q195 Galvanized Round Steel
Diameter
16-250mm or Customized
Length
Customized
Advantages
Dia< 10.00 mm, cold drawn, on request also ground; ISO h8 Dia > 10.00 mm, cold drawn, on request also ground; ISO h9
Tighter tolerances on request
Out of roundness standard: �½ of diameter tolerance
Finish Line
Straightening machines
Milling and chamfering devices
Surface control (Circograph, Circoflux)
Ultrasonic control device
Antimixing control - spectrotest devices
Packaging, marking
Q235 Galvanized Round Steel is a surface galvanized sheet with yield strength of 235MPa.
Galvanized round steel is a geometric object made of iron or materials with certain strength and toughness by rolling, extruding, casting, hot galvanizing anti-corrosion profile surface and other processes. Hot dip galvanized round steel is produced by advanced galvanizing process, and its surface is glossy and durable. Galvanized round steel products have been used in many fields. The advantage of hot-dip galvanized round steel is that it has a long anti-corrosion life and has been a popular anti-corrosion treatment method to adapt to a wide range of environments. It is widely used in electric power tower, communication tower, railway, highway protection, street light pole, marine components, building steel structure components, substation ancillary facilities, light industry, etc.
Product name
Q235 Galvanized Round Steel
Diameter
16-250mm or Customized
Length
Customized
Advantages
Dia< 10.00 mm, cold drawn, on request also ground; ISO h8 Dia > 10.00 mm, cold drawn, on request also ground; ISO h9
Tighter tolerances on request
Out of roundness standard: �½ of diameter tolerance
Finish Line
Straightening machines
Milling and chamfering devices
Surface control (Circograph, Circoflux)
Ultrasonic control device
Antimixing control - spectrotest devices
Packaging, marking
Compliant Abrasion Testing Solution
Engineered to meet international standards, the UNIVER CCA-1000 provides comprehensive abrasion resistance testing for optical fiber cable sheaths and printed markings. Our advanced system simulates real-world wear conditions through precise mechanical action.
Key Advantages:
* Dual-test capability for both sheath and marking evaluations
* Fully compliant with international testing methodologies
* Configurable test parameters for varied requirements
* Robust construction for laboratory durability
* Intuitive touchscreen control interface
Technical Highlights:
*Multiple stroke length options available
*Interchangeable testing assemblies
*Precise force application mechanisms
*Programmable test cycles and frequencies
Armoured Fiber Optic Patch Cord is with stainless steel tube inside the outer jacket to protect the central unit of the cable, the armored fiber optic patch cords are easy to use in harsh environment, what is more , they are flexible as well, handling these armored fiber optic patch cables are as easy as handling electric cables.
High tensile strength, pressure resistance, re-twist resistance, prevents bite by the rodents
Electric cable-like handling and easy installation.
Inner packing: pp bag // outer packing: carton // special package can be customized.
Notice: this connector would be charged by dimensions when shipped by courier.
Features:
1. FTTH project usable
2. Field installable
3. Fast, easy, accurate
4. Cost effective
5. Portable
6. Installation less than 2 minutes
7. Reliable and superior optical performance
8. Cable Tensile test complies with Telcordia GR-326-CORE
Application:
1. Distribution frames
2. Maintenance or emergency restoration of fiber networks
3. Patch panels
4. FTTH Outlets
5. Field word.
