1. Product Introduction
The graphite digestion system is a very representative hole-type digestion device that uses graphite blocks as heat-conducting media. It heats the sample in a surrounding heating method, effectively increasing the utilization rate of thermal energy. At the same time, it occupies the front end of conventional digestion equipment with its advantages of higher temperature control accuracy, small differences between holes, efficient digestion, energy saving and environmental protection.
2. Application Cases
1. Weigh 25ml of water sample, put it into a 50ml PTFE digestion tube, and shake it well.
2. Put the sample tube into the graphite digestion instrument for digestion.
3. After the digestion is completed, put the fixed volume sample on the machine for detection.
(Sample addition: 2ml nitric acid; heating: temperature 140â??, heating time 20min, holding time 2h; cooling: 5min; fixed volume: 25ml.)
Parameters:
Model: XJ-24R
Temperature control: range Room temperature-220â??
Temperature control: accuracy �±0.1â??
Heating material: High-quality graphite + Teflon anti-corrosion coating
Number of sample holes: 16, 24, 36, 48, 54, 63, 100 (can be customized according to customer requirements)
Control and display mode: PID temperature control digital display
Power supply: 220v/50Hz
Product features
1. Translucent appearance;
2. Temperature resistance -200ï½?+260â??;
3. The pipe and the body are sealed reliably, the sprayability is sensitive, the recovery is fast, and no residue flows out. It can be sprayed into the position of each container and is easy to clean;
4. The nozzle and bottle cap are formed at one time;
5. It can replace the volumetric flask to configure the standard solution: it can be controlled to add sample and water drop by drop.
Specifications: main content Re 99.99% (calculated by subtraction method, excluding gas elements)
Application: Rhenium element standard sample; Rhenium element additive for various superalloys; Base material for various rhenium components; 3D printing and others
Other trace metal impurity , analysis method: ICP-MS Gas element (â?¤, analysis method: LECO
Na
0.0005%
Ti
0.0001%
Cu
0.0001%
Sb
0.0001%
Mg
0.0001%
V
0.0001%
Zn
0.0001%
Ta
0.0001%
Al
0.0005%
Cr
0.0005%
As
0.0001%
W
0.0005%
Si
0.0005%
Mn
0.0001%
Zr
0.0001%
Pb
0.0001%
P
0.0005%
Fe
0.0008%
Mo
0.0010%
Bi
0.0001%
K
0.0005%
Co
0.0001%
Cd
0.0001%
Se
0.0001%
Ca
0.0005%
Ni
0.0001%
Sn
0.0001%
Tl
0.0001%
O
0.01%
C
0.002%
N
0.001%
H
0.005%
Applications
1. It is used to make heat-resistant and corrosion-resistant alloy.
2.Used for making high temperature thermocouple, special filament and catalyst in organic synthesis industry.
Batch heating and digestion can be performed on different samples at the same time; the fully enclosed design effectively prevents the entry of acid mist; the surface is covered with Teflon coating to prevent direct metal leakage.
Specifications: main content Re 99.99% (calculated by subtraction method, excluding gas elements)
Application: Rhenium element standard sample; Rhenium element additive for various superalloys; Base material for various rhenium components; 3D printing and others
It is used for the digestion of geological, geological and mineral samples and the dissolution of medium and low pressure samples, supporting ICP-MS/ICP-OES analysis and other micro analysis experiments. There are three designs: U-shaped bottom, flat bottom and V-shaped bottom. Applicable to my male perforation digester.
The appearance is translucent, the inner wall is smooth, no water hanging, easy to clean; 200 260 (it is better not to exceed 150 under closed conditions); Thread interface, good sealing, no leakage; Resistance to insulation Metal element blank value is low; Opening can be autoclaved; Non-toxic: Cover and body can be numbered
1.Excellent Chemical Resistance: PFA, also known as perfluoroalkoxy, is a fluoropolymer that exhibits superior resistance to almost all chemicals, including acids, bases, solvents, and oxidizing agents. This ensures that your samples and reactions remain unaffected and uncontaminated during experimentation.
2.High Temperature Tolerance: PFA test tubes can withstand extreme temperatures ranging from cryogenic to over 260�°C. This broad temperature range makes them suitable for a wide variety of applications, including high-temperature reactions and cryogenic storage.
Excellent Transparency: PFA test tubes offer excellent optical clarity, allowing for clear and undistorted observation of samples and reactions. This is crucial for accurate monitoring and analysis in laboratory experiments.
3.Low Adsorption Properties: PFA has low adsorption properties, minimizing the risk of sample loss or contamination due to adsorption on the tube walls. This ensures the integrity and purity of your samples.
4.Physical Stability: PFA test tubes are physically robust and stable, maintaining their structural integrity even under extreme conditions like high-speed centrifugation.
Applications of PFA Test Tubes:
1.Chemical Industry: In the chemical industry, PFA test tubes are widely used for storing and transporting various chemicals due to their excellent chemical resistance. They are especially suitable for handling corrosive and reactive chemicals.
2.Semiconductor Manufacturing: In the semiconductor industry, PFA test tubes are used for transporting high-purity chemicals and reagents. Their material does not release any impurities, ensuring the purity of the manufacturing environment.
3.Photovoltaic Industry: PFA test tubes are also used in the photovoltaic industry for handling strong acids, bases, and high-purity chemicals during the manufacturing process.
4.Biological and Pharmaceutical Industries: In the biological and pharmaceutical industries, PFA test tubes are used for storing and transporting biomedical samples, reagents, and drugs. Their chemical inertness ensures that the samples remain unaffected and uncontaminated.
5.Laboratory Applications: PFA test tubes are extensively used in laboratories for various scientific experiments, especially those requiring minimal interaction with chemicals. Their transparency, chemical resistance, and temperature tolerance make them ideal for accurate monitoring and analysis.
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PFA, also known as soluble polytetrafluoroethylene or Teflon, is used for trace analysis, isotope detection, ICP-MS/OES/AAS analysis, and other experiments.
The temperature resistance range of PFA bottle washing is very wide, and it can withstand temperatures from -200 to+260 , which means it can be used under various experimental conditions without being limited by temperature.
The PFA bottle washing tube and body are reliably sealed, with sensitive spraying performance, fast recovery, and no residue left. It can be sprayed into various container positions, making cleaning very convenient. Therefore, using PFA bottle washing can make experiments more convenient.
In addition, the nozzle and cap of PFA bottle washing are formed in one go, and its structure is very tight, so there will be no leakage. This is crucial for the accuracy of the experiment.
PFA bottle washing can also replace volumetric flasks to prepare standard solutions, which can be controlled to add samples and water dropwise. This means that using PFA bottle washing can conduct experiments more accurately and reduce errors.
Suitable for industries such as semiconductors, photovoltaics, biopharmaceuticals, and petrochemicals.
Product features
1. Translucent appearance;
2. Temperature resistance -200+260;
3. The pipe and the body are sealed reliably, the sprayability is sensitive, the recovery is fast, and no residue flows out. It can be sprayed into the position of each container and is easy to clean;
4. The nozzle and bottle cap are formed at one time;
5. It can replace the volumetric flask to configure the standard solution: it can be controlled to add sample and water drop by drop.
1. Product Introduction
Microwave digestion systems have been widely used in food, medicine, textiles, plastics, geology, metallurgy, coal, biomedicine, petrochemicals, environmental monitoring, sewage treatment, cosmetics and other fields. Our factory can provide various manufacturers and models of microwave digestion system inner vessels and related racks, turntables, plugs and gaskets.
HVT50 microwave digestion vessel is suitable for Austrian AntonPaar Multiwave GO type microwave digestion system. The parts of this microwave digestion vessel are item numbers, lid: 104453, plug: 104454, vessel: 104616
2. Product parameters
Item number: lid: 104453, plug: 104454, vessel: 104616
Applicable instrument: AntonPaar Multiwave GO type microwave digestion instrument 24-bit
Inner vessel material: modified polytetrafluoroethylene material (TFM)
High and low temperature resistance: -200ï½?+260â??, the maximum resistance is 300â??
Specifications: 50ml
III. The outstanding features of the inner vessel of the microwave digestion instrument we produce
1. The inner vessel is made of modified polytetrafluoroethylene (TFM) material;
2. Selected materials, no recycled materials added, clean processing environment, optimized processing technology, and low background;
3. TFM temperature resistance -200 ~ +260 â??, the maximum resistance is 300 â??. It has the characteristics of low background value, good deformation resistance, penetration resistance, and stronger recovery under high temperature and high pressure;
4. The experimental data is not inferior to the original factory, and the cost is low, which greatly reduces the cost of purchasing consumables for many scientific research units;
5. The inner vessel can be equipped with our factory's acid-driving electric heating plate as an acid-driving tool in the later stage of the experiment.
Advantages:
1.High Thermal Efficiency: The graphite digestion instrument utilizes graphite as its heating element, which offers excellent thermal conductivity and even heat distribution. This ensures rapid and uniform heating of samples, improving digestion efficiency.
2.Excellent Temperature Control: The instrument is equipped with precise temperature control systems that allow for accurate temperature adjustments and stable operation. This ensures that samples are digested at optimal temperatures, minimizing the risk of over- or under-digestion.
3.Versatility: The graphite digestion instrument is designed to handle a wide range of sample types and volumes. It can be used for digesting solid, liquid samples, making it a versatile tool for various analytical applications.
4.Ease of Operation: The instrument's user-friendly interface and intuitive controls simplify the operation process. Users can easily set parameters, monitor digestion progress, and retrieve results, all with minimal training.
5.Durability and Longevity: The use of high-quality materials and components in the construction of the graphite digestion instrument ensures its durability and longevity. It can withstand frequent use and rigorous laboratory conditions, providing reliable performance over extended periods.
6.Environmentally Friendly: The graphite digestion instrument contributes to a greener laboratory environment by reducing the use of hazardous chemicals and reagents. It also helps minimize waste generation and energy consumption.
Product features:
1. The microwave tank body is made of TFM material, and the size matches the original instrument without error.
2. TFM is resistant to high and low temperatures -200~+260â??, and can withstand high temperatures up to 300â??. It has the characteristics of lower background value, better deformation resistance, penetration resistance, and stronger recovery under high temperature and pressure.
3. The experimental data is no less than that of the original factory, and the cost is low, which greatly reduces the cost of purchasing consumables for many scientific research units.
4. It has the characteristics of low background, better deformation resistance, penetration resistance, and stronger recovery under high temperature and high pressure.
5. Our factoryâ??s production technology ensures the smoothness of the inside and outside walls of the microwave tank.
6. The inner tank can be used with our factoryâ??s acid-catching electric hot plate for later acid-catching experiments.
4. Item number
Matching MARSXpress PLUS 110ml (24-bit instrument)
Jacket item number 404035 Body + cover + gasket item number 404175
Complete with MARSXpress Plus Vessels 100 mL (instrument 24 positions)
Jacket item number 212031 Body + cover + gasket item number 212120
Matching MARSXPRESS VESSSELS 55ml (instrument 40 positions)
Jacket item number 212025 Body + cover item number 907576 Gasket 212020
Matching MARSXPRESS VESSSEL 20ml (instrument 40 positions)
Jacket item number 212035 Body and lid item number 907575
Matching MARSXPRESS VESSSELS 10ml (instrument 40 positions)
Jacket item number 212040 Tube + cover item number 907571
Matching EasyPrep & EasyPrep Plus100ml with black ring (12-bit instrument)
Coat item number 431740/tank 432175/lid (with black circle) 131125
PFA acid purification system:
1. Product introduction:
Acid purifier: also known as acid purification system, high-purity acid purifier, acid reagent purifier, high-purity acid distillation purifier, etc. In laboratory work, the purity of the acid is often poor, causing deviations and errors in the analysis results. Commercially available pure acids are often expensive and difficult to meet the large demand for acids in daily analyses. Therefore, purifying and optimizing the quality of acid is an economically feasible way. Our acid purifier can be used in laboratories to purify HNO3, HCl, HF, alkali solutions and organic solvents. After purification, the purity of the acid is further improved. Later in the experiment, our unit's Teflon series reagent bottles can be used to collect high-purity acid.
2. Working principle:
The acid purifier uses the principle of thermal radiation to keep the liquid temperature below the boiling point to evaporate, and then condenses the acid vapor to prepare high-purity water and high-purity reagents. It is widely used in sample processing and analysis experiments.
3. Product features:
1. It can meet the low detection limit requirements of ICP and ICP-MS and provide laboratory-grade ultrapure acid for demanding analysis applications. All containers used are made of Teflon corrosion-resistant non-adsorption plastic and can handle laboratories such as HNO3, HCl, HF, etc. Commonly used acids.
2. Experiments have proven that after a single distillation of an acid with a metal impurity content of about 10 ppb, the metal impurity content can be reduced to about 0.01 ppb. If the acid requirements are higher, the purification times can be increased.
PFA sample dissolving tank is also called sample dissolving cup, digestion bottle, tubular bottle, etc; It is widely used for digestion of geological, geological and mineral experimental samples and dissolution of samples at medium and low pressures, supporting ICP-MS/ICP-OES analysis and other trace analysis experiments. According to the requirements of the experiment, there are U-bottom, flat bottom and V-bottom designs. It is used with the electric heating plate of our company, especially the perforated digestion instrument.
characteristic:
1. translucent appearance, smooth inner wall, no water hanging, easy to clean;
2. High and low temperature resistance: the operating temperature is 200 260 (it is better not to exceed 150 under closed conditions);
3. Threaded port, excellent sealing, no air leakage;
4. Insulation resistance: the dielectric property is independent of temperature and frequency;
5. Anti pollution: low blank value of metal elements;
6. Extremely low dissolution and precipitation, it is an excellent utensil for storing reference materials, highly corrosive, expensive and ultra pure reagents;
7. When falling from a height of 1.2m above the ground, the bottle body will not crack, the bottle cap will not fall off, and there will be no leakage. The open mouth can be autoclaved;
8. No toxicity: It is physiologically inert and can be implanted into the body;
9. The cover and body can be numbered without confusion;
10. The design of V-shaped bottom makes it more convenient to collect a small amount of samples; The U-shaped bottom design is suitable for the detection of geophysical and geochemical samples.
ICP/ICP-MS graphite digestion apparatus was used for sample pretreatme
Model: XJ
our advantages:
1. Fully enclosed design to prevent heat loss and acid fog intrusion;
2. Three-dimensional wrapping of high-quality graphite is heated, and the sample is heated evenly;
3. High efficiency, sample batch processing;
4.PID digital temperature control system, excellent performance;
5. Split type: Controller can be placed outside the fume hood, reduce acid gas corrosion, longer service life. Hole number :16, 20, 24, 36, 40, 42, 48 bit, can be customized temperature control range: room temperature -220 Temperature control accuracy Temperature difference between holes 1.5 Rated voltage :220V Heating power :2-3KW Continuous working time :48h
Graphite digestion instrument is a heating device specially designed and manufactured for laboratory heating, which can be used for sample heating, cultivation and drying. It adopts international advanced technology and has the advantages of fast, efficient, energy-saving and convenient acid flushing. It uses digital circuit PID to control temperature, which is more accurate. High purity and high quality graphite heating carrier, coated with Teflon coating, has been successfully used for sample pretreatment in environmental protection, chemical industry, food, medicine, biochemistry and other industries. It can also be used for pretreatment of microwave digestion and acid rush treatment. It is an ideal supporting product for atomic absorption, atomic fluorescence, ICP-AES and other analytical instruments.
characteristic
1. Design: generous appearance: simple, upright and generous.
2. Clean and corrosion resistant: the heating body is coated with extra thick PFA, which is corrosion resistant and pollution-free. The unique spraying process is adopted, and the coating is uniform, firm, and will not fall off after long-term use.
3. High efficiency: advanced all-in-one surrounding heating mode is adopted, so that each part of the sample is heated evenly, which greatly prevents heat loss, eliminates the temperature difference between different parts of the same sample, and quickly and thoroughly dries acid.
4. Economical: The surrounding heating process is fast and convenient, which can save 75% of electric energy and has low use cost.
5. Precise temperature control: PID temperature control system, simple and convenient operation, excellent performance, durable. The temperature control accuracy is high, up to and the heating rate is stable.
6. Superior thermal conductivity: a reasonable heating method and a heating body with excellent thermal conductivity can ensure the temperature uniformity between digestion holes. The temperature difference between samples is less than 1.5 (room temperature - 260 ). When several samples are acid treated at the same time, the same reaction temperature and conditions can be guaranteed for each sample for batch processing.
Graphite digestion instrument is one of the direct, effective and economical sample pretreatment methods for elemental analysis. The application of new heating technology has the advantages of rapid heating, program control, complete digestion, and temperature equilibrium.Â
Our devices are usually used in sample preparation for atomic absorption, atomic fluorescence, ICP, ICP-MS, polarography, etc.
7 advantages make sample preparation no longer difficult:
1. The fully enclosed design prevents heat loss to a large extent and effectively avoids the intrusion of acid mist;
2. High-quality graphite three-dimensional wrapped heating, samples are heated evenly;
3. Unique spraying process, the coating is uniform, firm, and will not fall off after long-term use;
4. Fast digestion and acid removal, high efficiency, and batch processing of samples;
5. PID digital temperature control system, excellent performance;
6. Easy operation, environmental protection and energy saving, cost saving
7. Split type: The controller can be placed outside the fume hood to reduce acid gas corrosion and have a longer service life.
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It is easy to use for the automation of analyzing processes.
The overall efficiency of analysis increases with shortened time for analysis.
The buffer zone keeps the process zone vacuum all the time, so the inflow of dirty gas from outside is minimized and the precision of analysis becomes maximized.
Keeping the process zone vacuum delays the aging of heater components more than before, so it is good for cost reduction.
The automation of analysis processes maximizes the utility of time of testing manpower.
Minimizing the contact of samples for analysis to the outside minimizes contamination.
The increase of analysis efficiency actualizes the dedtion of faultiness in advance, so it is possible to test the processes.
With is high spatial resolution, this product allows mapping for metal contamination in the wafer.
It realizes user-friendly structure through automation.
It minimizes the maintenance and management cost by using a small amount of chemicals.
With its short analysis time and mapping capacity, this product contributes to the improvement of productivity and yield through prompt response and prior detection to problems that occur in the process.
It is the equipment to provide the electron beam vertically to the evaporate surface using the electron beam gun, and it is used in the process of optical multi-layer films
This is the process micro electro mechanical system (MEMS) known as the electron beam evaporation process Physical Vapor Deposition (PVD)
The deposition process is used to open the data in the source and send those data to the basal board and also to form thin films or coating.
Because this is inexpensive regarding the material cost and exhibits rather low process risk, PVD process is the chemical vapor deposition generally used for metal eposition.
The process applying the deposition of thin films conducts modification with various kinds of surfaces wanted by the industry in order to provide data to the electronic industry for semicon doctor growth, reflection needing properties to the aerospace, environment to the permeability optics, surface protection from the board corrosion, and also thermal and chemical barrier coating.
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