This PTFE (polytetrafluoroethylene) evaporation vessel is designed for applications requiring high chemical resistance, excellent durability, and superior sealing performance. With a total capacity of 5 liters, it is ideal for chemical laboratories, industrial processes, and environments handling aggressive acids, bases, and solvents. Key Features: - Material: High-purity PTFE ensures outstanding resistance to corrosion, temperature extremes, and chemical reactions, making the vessel perfect for handling a wide variety of substances. - Valves: Equipped with precise control valves for accurate flow regulation, ensuring seamless operation in processes that demand precision. - Flange Sealing: The flange design, secured with durable bolts, ensures a leak-proof seal, maintaining system integrity even under challenging conditions. - Capacity: Generous 5-liter volume meets the needs of both small and medium-scale applications. Applications: This product is suitable for chemical evaporation, reagent storage, and experimental setups where ultra-pure, inert materials are required. It is commonly used in: - Chemical and pharmaceutical industries - Research laboratories - Acidic and basic solution processing - Corrosion-resistant systems
Advantages of PFA Constant-Pressure Separating Funnel: 1.Excellent Chemical Resistance: The PFA material possesses remarkable corrosion resistance, able to withstand harsh chemicals like acids, bases, and salts without degradation. 2.High-Temperature Stability: It maintains its performance and lifespan even in extreme temperature conditions, ensuring reliable operation in high-temperature environments. 3.Accurate Control: The constant-pressure design ensures a uniform and precise flow rate, crucial for high-precision experiments and applications. 4.Ease of Cleaning: The smooth surface of PFA prevents the adherence of contaminants, making cleaning quick and effortless. 5.Excellent Sealing: The well-designed funnel boasts excellent sealing properties, minimizing the risk of volatilization and leakage of chemicals. 6.Transparency: The high transparency of PFA allows for easy observation of the liquid interface and precise control of the separation process. 7.Durability: With improved mechanical strength and wear resistance, the PFA material ensures longer service life and reduced maintenance costs.
The NJbinglab latest custom PFA (perfluoroalkoxy) constant pressure dropper funnel offers several advantages that make it ideal for various applications. Advantages: 1. Chemical Resistance: PFA is highly resistant to a wide range of corrosive chemicals, making it suitable for use in aggressive environments. 2. High Purity: The material is non-reactive, ensuring that there is no contamination of the liquids being handled. 3. Temperature Tolerance: PFA can withstand high temperatures, allowing it to be used in various thermal processes without risk of degradation. 4. Precision: The constant pressure design ensures accurate and consistent flow rates, which is crucial for precise measurements in laboratory settings. 5. Easy Cleaning: The smooth surface of PFA facilitates easy cleaning, reducing downtime and improving efficiency. 6. Lightweight: Compared to glass or metal alternatives, PFA is lightweight, making it easier to handle and transport. Applications: 1. Pharmaceutical Industry: Used in drug formulation and research to ensure the integrity of sensitive compounds. 2. Chemical Manufacturing: Ideal for handling reactive chemicals in production processes. 3. Laboratory Research: Employed in various experiments where accuracy and purity are paramount. 4. Semiconductor Fabrication: Used in the manufacturing of electronic components where contamination must be avoided. 5. Environmental Testing: Suitable for collecting samples in environmental studies where chemical interaction could skew results. Overall, the custom PFA constant pressure dropper funnel is a versatile tool that enhances efficiency and safety across multiple industries.
PFA product features: 1, resistant to a variety of acids and alkalis, HF and organic solvents, and other chemical solvents; 2, high thermal stability, good transparency, smooth surface; 3, low precipitation: low metal ion dissolution and precipitation, is the storage of standard substances, corrosive, high purity reagent vessels; 4, high and low temperature resistance: use temperature -200 ~ +260 â??; no memory effect; 5, anti-pollution: low blank value of metal elements; 6, suitable for trace, ultra-trace analysis, isotope analysis, and other laboratories, is clean experimental analysis vessels; 7, in line with the laboratory or testing organizations and medical testing, trace detection and other requirements for laboratory utensils, in trace analysis and contain high-purity organic solvents (eg: high-purity water, HF, acetone, and other organic solvents, etc.);
The NJbinglab PFA jar is known for its high performance in various applications due to its unique properties. Here are some key advantages and industry applications: Advantages: 1. Chemical Resistance: PFA (Perfluoroalkoxy) offers excellent resistance to a wide range of aggressive chemicals, making it ideal for corrosive environments. 2. High Purity: NJbinglab jars are manufactured to ensure low levels of contaminants, which is crucial for sensitive applications, particularly in laboratories. 3. Temperature Stability: They can withstand a broad temperature range(-200-260 degree Celsius), maintaining integrity in both high and low-temperature conditions. 4. Non-stick Surface: The smooth surface of PFA minimizes adhesion, making it easier to clean and reducing the risk of sample loss. 5. Durability: PFA is highly durable and resistant to stress cracking, ensuring longevity in demanding settings. 6. Transparency: The clarity of PFA allows for easy visibility of contents, aiding in monitoring samples without opening the jar. Applications: 1. Chemical Laboratories: Used for storing and handling reactive and corrosive substances. 2. Pharmaceutical Industry: Ideal for drug formulation and storage, where purity and contamination control are critical. 3. Environmental Testing: Suitable for collecting and storing samples for analysis, ensuring no leaching of contaminants. 4. Semiconductor Manufacturing: Used in processes that require extreme cleanliness and chemical resistance. 5. Research Institutions: Employed in various scientific research applications that demand high purity and resistance to chemicals. Overall, the NJbinglab PFA jar is an essential tool in industries that prioritize safety, purity, and chemical compatibility.
The NJbinglab PFA slender gas washing bottle offers several advantages that make it an excellent choice for various applications. 1. Corrosion Resistance: PFA (Perfluoroalkoxy) is highly resistant to a wide range of chemicals, making the bottle ideal for use with aggressive acids and bases. 2. Pressure Resistance: The material can withstand higher pressure without compromising structural integrity, ensuring safe operation in various experimental conditions. 3. High-Temperature Tolerance: PFA can endure high temperatures, allowing it to be used in applications that involve heat without degrading or releasing harmful substances. 4. Stable Base: The design features a stable base that minimizes the risk of tipping over, providing safety and reliability during use. Applications The PFA slender gas washing bottle is commonly used in industries such as pharmaceuticals, chemical processing, environmental testing, and laboratory research, where chemical resistance and stability are critical. Its robust properties make it suitable for processes that require safe handling of volatile or corrosive substances.
Product Features 1. Customizable with drawings provided; 2. Can be used as a connection control for various apparatus, chromatographs, chemical equipment, etc.; 3. Pure white appearance, high temperature resistance: operating temperature -200 to 250 degrees Celsius. Advantages of PTFE valves: Require no lubrication and provide a tight seal with minimal torque. Because they require no lubrication, ball valves also can be used in corrosive media and without the potential for contamination. Provide fast, shock-free opening and closing and fully seal under a wide range of pressures and temperatures. Offer a long, maintenance-free service life. Lightweight, and simple to install and operate. Can be used in a wide range of industrial applications, such as semiconductor, new material, new energy, fluorine chemicals, etc.
Product name: PFA multi-neck flask Specifications (ml): 250/500/1000/2000/3000 Material: PFA Using temperature: -200-260 Pressure tolerance: Maximum 0.05Mpa When fabricating flasks with PFA (Perfluoroalkoxy), there are numerous advantages that make it an excellent choice for various applications. Here are some of the key benefits and industries where PFA flasks are commonly used: Advantages: Advantages of PFA flasks: 1.Excellent Thermal Stability: PFA flasks possess outstanding heat resistance, enabling them to withstand temperatures ranging from -200�°C to +260�°C. This thermal stability is crucial for many high-temperature experiments, such as heating reactions, boiling, and high-temperature solvent extraction. 2.Superior Transparency: PFA flasks exhibit excellent transparency, allowing for clear observation of reaction processes and sample changes. This is crucial for monitoring and recording reactions in chemical experiments, enabling researchers to better understand and analyze the progress and results. 3.Anti-Adhesion Properties: PFA flasks have good anti-adhesion properties, meaning reagents are less likely to adhere to the inner walls. This reduces loss and waste, while maintaining the cleanliness of the flask's interior and preventing any potential contamination from adhering substances. 4.Excellent Electrical Properties: PFA flasks are excellent electrical insulators, effectively isolating electrical currents and reducing interference from electrochemical reactions. 5.Good Mechanical Properties: PFA flasks possess good mechanical strength and abrasion resistance, enabling them to withstand high pressures and impacts.
Advantages: 1.Material Selection: The inner vessels are crafted using modified polytetrafluoroethylene (TFM) and PFA materials, ensuring superior chemical resistance and durability. This choice of materials guarantees a low background value and enhanced performance. 2.Purity and Cleanliness: The vessels are manufactured in a clean environment, without the addition of any recycled materials, ensuring a high level of purity. This results in more accurate and reliable experimental data. 3.Compatibility: These vessels are designed to be fully compatible with various manufacturers' microwave digestion instruments, including CEM models, ensuring seamless integration and operation. 4.Temperature Resistance: The TFM material used in the vessels exhibits excellent resistance to high and low temperatures, ranging from -200�°C to +260�°C, with a maximum tolerance of up to 300�°C. This allows for safe and efficient operation under extreme conditions. 5.Deformation and Permeability Resistance: The TFM material offers improved resistance to deformation and permeation under high temperatures and pressures. This ensures the integrity of the vessel and prevents sample leakage or contamination. 6.Recovery and Durability: The vessels exhibit excellent recovery properties after exposure to high temperatures and pressures, ensuring their long-term durability and reliability. 7.Cost-Effectiveness: While offering comparable or superior performance to original equipment manufacturer vessels, the NJbinglab vessels are priced at a fraction of the cost, significantly reducing expenses for research and scientific institutions. 8.Specialized Production Process: The company employs specialized production processes that ensure a high level of smoothness and cleanliness of the vessel walls. This further enhances the accuracy and reproducibility of experimental results. 9.Customization Options: The company offers customization options, allowing customers to request vessels tailored to their specific needs and requirements. This flexibility ensures that the vessels meet the precise specifications of each application.
1. Product Introduction: PFA sample vials are widely used in geological and mining experiments. They are a versatile experimental tool, also known as dissolution cups, digestion bottles, sample containers and beakers. These tanks are suitable for low-pressure and medium-pressure dissolution, as well as digestion of experimental samples. When used with ICP-MS/ICP-OES analyzers, these tanks can improve the accuracy of trace analysis. In addition, these tanks are designed with different bottom shapes according to experimental requirements, such as U bottom, flat bottom and V bottom. If you need to use a hot plate or a digestion instrument with holes for experiments, you can get better results with PFA dissolution tanks. 2. Description: Specifications (ml): 3/5/6/7/15/22/30/40/60 Material: PFA Temperature tolerance: -200-260â?? Applicable to sample pretreatment experiments for analysis of dozens of elements in geological and mineral samples such as: Mo, Ba, V, Si, Se, Li, Ga, Fe, Mg, Zn, Hg, K, etc. 3. Characteristics: 1. Translucent appearance, smooth inner wall, no water hanging, easy to clean; 2. Temperature resistance: operating temperature -200ï½?+260â?? (do not exceed 150 degrees under closed conditions); 3. Threaded mouth, excellent sealing, no air leakage; 4. Anti-pollution: low blank value of metal elements; 5. With low dissolution and precipitation characteristics, it is a vessel for storing standard substances and different reagents; 6. The cover and body can be digitally numbered to avoid confusion; 7. The V-shaped bottom design is convenient for the collection of small amounts of samples; the U-shaped bottom design is suitable for the detection of geophysical and geochemical exploration samples. 4. Typical users: Isotope, mining, metallurgy, nuclear industry and other industries 5. PFA series products: Reagent bottles, wash bottles, volumetric flasks, measuring cups, beakers, digestion tubes, sample dissolution tanks, microcolumns, crucibles, valves, joints, delivery pipes, etc.web:
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
Advantages: 1.Material Selection: The inner vessels are crafted using modified polytetrafluoroethylene (TFM), PFA, and PTFE materials, ensuring superior chemical resistance and durability. This choice of materials guarantees a low background value and enhanced performance. 2.Purity and Cleanliness: The vessels are manufactured in a clean environment, without the addition of any recycled materials, ensuring a high level of purity. This results in more accurate and reliable experimental data. 3.Compatibility: These vessels are designed to be fully compatible with various manufacturers' microwave digestion instruments, including CEM models, ensuring seamless integration and operation. 4.Temperature Resistance: The TFM material used in the vessels exhibits excellent resistance to high and low temperatures, ranging from -200°C to +260°C, with a maximum tolerance of up to 300°C. This allows for safe and efficient operation under extreme conditions. 5.Deformation and Permeability Resistance: The TFM material offers improved resistance to deformation and permeation under high temperatures and pressures. This ensures the integrity of the vessel and prevents sample leakage or contamination. 6.Recovery and Durability: The vessels exhibit excellent recovery properties after exposure to high temperatures and pressures, ensuring their long-term durability and reliability. 7.Cost-Effectiveness: While offering comparable or superior performance to original equipment manufacturer vessels, the NJbinglab vessels are priced at a fraction of the cost, significantly reducing expenses for research and scientific institutions. 8.Specialized Production Process: The company employs specialized production processes that ensure a high level of smoothness and cleanliness of the vessel walls. This further enhances the accuracy and reproducibility of experimental results. 9.Customization Options: The company offers customization options, allowing customers to request vessels tailored to their specific needs and requirements. This flexibility ensures that the vessels meet the precise specifications of each application. In summary, the microwave digestion vessels from Nanjing Binzhenghong Instrument Co., Ltd. offer a combination of superior material properties, compatibility, durability, cost-effectiveness, and customization options that make them an excellent choice for scientific and research applications requiring high-performance microwave digestion vessels.
Advantages: 1.Material Selection: The inner vessels are crafted using modified polytetrafluoroethylene (TFM), PFA, and PTFE materials, ensuring superior chemical resistance and durability. This choice of materials guarantees a low background value and enhanced performance. 2.Purity and Cleanliness: The vessels are manufactured in a clean environment, without the addition of any recycled materials, ensuring a high level of purity. This results in more accurate and reliable experimental data. 3.Compatibility: These vessels are designed to be fully compatible with various manufacturers' microwave digestion instruments, including CEM models, ensuring seamless integration and operation. 4.Temperature Resistance: The TFM material used in the vessels exhibits excellent resistance to high and low temperatures, ranging from -200°C to +260°C, with a maximum tolerance of up to 300°C. This allows for safe and efficient operation under extreme conditions. 5.Deformation and Permeability Resistance: The TFM material offers improved resistance to deformation and permeation under high temperatures and pressures. This ensures the integrity of the vessel and prevents sample leakage or contamination. 6.Recovery and Durability: The vessels exhibit excellent recovery properties after exposure to high temperatures and pressures, ensuring their long-term durability and reliability. 7.Cost-Effectiveness: While offering comparable or superior performance to original equipment manufacturer vessels, the NJbinglab vessels are priced at a fraction of the cost, significantly reducing expenses for research and scientific institutions. 8.Specialized Production Process: The company employs specialized production processes that ensure a high level of smoothness and cleanliness of the vessel walls. This further enhances the accuracy and reproducibility of experimental results. 9.Customization Options: The company offers customization options, allowing customers to request vessels tailored to their specific needs and requirements. This flexibility ensures that the vessels meet the precise specifications of each application. In summary, the microwave digestion vessels from Nanjing Binzhenghong Instrument Co., Ltd. offer a combination of superior material properties, compatibility, durability, cost-effectiveness, and customization options that make them an excellent choice for scientific and research applications requiring high-performance microwave digestion vessels.
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.
Features: 1. Pure white appearance, good drug resistance, strong acid and alkali corrosion resistance; 2. High and low temperature resistance: can be used at -200 - 250 degrees Celsius, and can be used in high temperature heating environment if necessary; 3. Insulation: not affected by environment and frequency, small dielectric loss, high breakdown voltage; 4. Resistant to atmospheric aging, radiation and low permeability; 5. Good non-stick surface, smooth inner wall surface, easy to clean; 6. Support customization of different shapes and sizes. Using PTFE (polytetrafluoroethylene) material for deep water samplers offers several advantages over traditional glass or ordinary plastic materials: 1. Chemical Resistance: PTFE is highly resistant to a wide range of chemicals, making it ideal for sampling environments where aggressive substances may be present. This ensures that the sampler will not react with or contaminate the samples. 2. Durability: PTFE is known for its excellent mechanical strength and resilience. It can withstand high pressures and harsh conditions found in deep water environments without cracking or breaking. 3. Low Surface Energy: PTFE has a low surface energy, which reduces the adhesion of contaminants and minimizes sample loss. This property enhances the purity of the collected samples. 4. Temperature Stability: PTFE can maintain its properties over a wide temperature range, making it suitable for various thermal conditions encountered in deep water sampling. 5. Lightweight: Compared to glass, PTFE is significantly lighter, making it easier to handle and deploy in deep water settings. 6. Non-stick Surface: The non-stick nature of PTFE helps in easier cleaning and maintenance of the sampler, ensuring reliable and repeatable sampling results. 7. Longevity: PTFE samplers have a longer lifespan compared to plastic alternatives, which may degrade over time due to UV exposure or chemical interaction. These advantages make PTFE deep water samplers a superior choice for researchers and environmental scientists seeking reliable and contamination-free sampling solutions. web: https://www.njbinglab.com Phone/Whatsapp/ Wechat :+8615805176994 Mail: rossnjbzh@gmail.com / rossg@njbinglab.com
NJbinglab offers a range of CEM microwave digestion vessels that are highly regarded in the industry. Below is a description of the models and advantages of these microwave digestion vessels: Models: CEM Microwave Digestion Vessels for MARS Series: Available in various capacities such as 55ml and 100ml, these vessels are designed to fit CEM MARS microwave digestion systems, including MARS5, MARS6, and their high-throughput versions. Specific Models: Examples include the 55ml vessel with part number 907576, suitable for CEM MARS5/6 instruments, and the 100ml vessel for the EasyPrep & EasyPrep Plus system. Advantages: Material Quality: Made from high-purity TFM (or PFA), these vessels offer low blank values and ensure purity. They do not contain any recycled materials, reducing the risk of contamination. Temperature Range: With a temperature tolerance of -200 to +260�°C, the vessels can withstand extreme conditions during microwave digestion. Resistance and Recovery: Compared to PTFE, TFM exhibits better resistance to deformation, penetration, and has superior recovery under high temperature and pressure. Surface Finish: The vessels have a smooth inner and outer wall, making them easy to clean and preventing sample adhesion. This is crucial for trace and ultra-trace analysis. Chemical Compatibility: They are resistant to strong acids and bases, including aqua regia and HF acid, as well as various organic solvents. Precision Machining: Manufactured on precision machines, the vessels have excellent sealing performance, ensuring safe and efficient microwave digestion. Cost-Effective: Offering similar quality to original equipment manufacturer (OEM) products but at a fraction of the cost, these vessels are a cost-effective solution for many laboratories. Customization: NJbinglab offers customization options, allowing customers to tailor the vessels to their specific needs, including different sizes and configurations for post-digestion acid evaporation. In summary, NJbinglab's CEM microwave digestion vessels combine high-quality materials, excellent chemical resistance, precision machining, and cost-effectiveness, making them an ideal choice for laboratories worldwide.
1. Product introduction: In geological and mineral experiments, PFA sample dissolving tanks are widely used. They are a multifunctional experimental tool, also known as dissolution cups, digestion bottles, vials, beakers, etc. These jars are suitable for low and medium pressure sample dissolution and digestion of experimental samples. When used with ICP-MS/ICP-OES analyzers, these jars improve the accuracy of trace-level analysis. In addition, these jars are designed with different bottom shapes according to experimental needs, such as U bottom, flat bottom and V bottom. If you need to use an electric hot plate or a digestion instrument with holes for experiments, you can get better results by combining it with a PFA sample dissolving tank. 2. Description: Specifications (ml): 3/5/6/7/15/22/30/40/60 Material: PFA Withstand temperature: -200-260â?? Suitable for sample pretreatment experiments for the analysis of dozens of elements in geological and mineral samples, such as: Mo, Ba, V, Si, Se, Li, Ga, Fe, Mg, Zn, Hg, K, etc. 3. Characteristics: 1. Translucent appearance, smooth inner wall, no water hanging on, easy to clean; 2. Temperature resistance: operating temperature -200~+260â?? (do not exceed 150 degrees under closed conditions); 3. Threaded port, excellent sealing, no air leakage; 4. Anti-pollution: low blank value of metal elements; 5. It has low dissolution and precipitation characteristics and is a container for storing standard substances and different reagents; 6. The cover and body can be numbered digitally without confusion; 7. The V-shaped bottom design facilitates the collection of small amounts of samples; the U-shaped bottom design is suitable for the detection of geophysical and geochemical samples. 4. Typical users: Isotope, geology and minerals, metallurgy, nuclear industry and other industries 5. PFA series products: Reagent bottles, washing bottles, volumetric flasks, measuring cups, beakers, digestion tubes, sample dissolving tanks, micro columns, crucibles, valves, joints, delivery pipes, etc.
1. Product introduction: In geological and mineral experiments, PFA sample dissolving tanks are widely used. They are a multifunctional experimental tool, also known as dissolution cups, digestion bottles, vials, beakers, etc. These jars are suitable for low and medium pressure sample dissolution and digestion of experimental samples. When used with ICP-MS/ICP-OES analyzers, these jars improve the accuracy of trace-level analysis. In addition, these jars are designed with different bottom shapes according to experimental needs, such as U bottom, flat bottom and V bottom. If you need to use an electric hot plate or a digestion instrument with holes for experiments, you can get better results by combining it with a PFA sample dissolving tank. 2. Description: Specifications (ml): 3/5/6/7/15/22/30/40/60 Material: PFA Withstand temperature: -200-260 Suitable for sample pretreatment experiments for the analysis of dozens of elements in geological and mineral samples, such as: Mo, Ba, V, Si, Se, Li, Ga, Fe, Mg, Zn, Hg, K, etc. 3. Characteristics: 1. Translucent appearance, smooth inner wall, no water hanging on, easy to clean; 2. Temperature resistance: operating temperature -200~+260 (do not exceed 150 degrees under closed conditions); 3. Threaded port, excellent sealing, no air leakage; 4. Anti-pollution: low blank value of metal elements; 5. It has low dissolution and precipitation characteristics and is a container for storing standard substances and different reagents; 6. The cover and body can be numbered digitally without confusion; 7. The V-shaped bottom design facilitates the collection of small amounts of samples; the U-shaped bottom design is suitable for the detection of geophysical and geochemical samples. 4. Typical users: Isotope, geology and minerals, metallurgy, nuclear industry and other industries 5. PFA series products: Reagent bottles, washing bottles, volumetric flasks, measuring cups, beakers, digestion tubes, sample dissolving tanks, micro columns, crucibles, valves, joints, delivery pipes, etc.
Properties of PFA: 1. Translucent appearance, smooth inner wall, no water hanging on, easy to clean; 2. Temperature resistance: operating temperature -200~+260â??; 3. Insulation resistance: dielectric properties have nothing to do with temperature and frequency; 4. Anti-pollution: low metal element value; The PFA condensation filter column is an important device used in gas reactions. Its main function is to purify the reaction gas and remove impurities in it. The role of the PFA condensation filter column in gas reactions will be introduced in detail below. 1. Condensation of reaction gases In many gas reactions, the gas produced by the reaction often needs to be condensed before it can be purified and utilized. The PFA condensation filter column uses external cooling to cool the reaction gas and condense it. During this process, the PFA material has excellent chemical stability and high temperature tolerance, and can withstand gas reaction conditions of high temperature and high pressure. 2. Filter impurities in the reaction gas During the reaction process, some impurities are often produced in the gas, which will affect the success or failure of the reaction. Sometimes toxic or harmful substances will remain in the reacted gas, which needs to be filtered and purified. The filter elements in the PFA condensation filter column can effectively remove impurities in the reaction gas and improve the gas purity, thus ensuring the accuracy, effectiveness and repeatability of the reaction. 3. Protect downstream equipment Before the reaction, we need to process the reaction gas through a PFA condensation filter column to ensure that the reactants are not contaminated in subsequent equipment. At the same time, the filter column can also effectively prevent impurities in the reaction gas from causing corrosion or damage to downstream equipment, so the use of condensation filter columns is also a protection mechanism for downstream equipment. In short, the PFA condensation filter column plays a very important role in gas reactions, and can play multiple roles such as condensation, purification, and protection of downstream equipment. In practical applications, it is necessary to fully consider the gas reaction conditions and the performance of the filter column, and select a suitable condensation filter column to complete the reaction.
The advantages of PTFE multi-stage filter are mainly reflected in the following aspects: 1. High filtration efficiency Multi-level filtration: The multi-level filter adopts a multi-level filtration structure, which can more effectively intercept impurities and particulate matter in the fluid and provide a higher quality filtration effect. This structure helps to prevent the penetration of impurities during the filtration process, thereby improving filtration efficiency and reliability. 2.Filtration accuracy: Through different levels of filter membranes, filtration of different accuracies can be achieved to meet the needs of different experimental scenarios. 3. Strong fluid control ability Precise control: The design of the multi-stage filter enables precise fluid control. By adjusting the thickness and pore size of each layer of filter membrane, the flow characteristics of the fluid, such as flow rate, flow rate and pressure, can be controlled. This control ability is crucial in many industrial applications, such as chemical, pharmaceutical and food processing. 4. Reduce the risk of clogging Extend service life: Due to the high filtration efficiency of the multi-stage filter, it can effectively reduce the risk of clogging of the filter element. This means that during long-term filtration, the filter element needs to be replaced or cleaned less frequently, thereby reducing the risk of experimental interruption. 5. Easy to clean and maintain Structural design: The structural design of the multi-stage filter makes it easy to clean and maintain. Accumulated impurities and particulate matter can be easily removed using appropriate cleaning methods. In addition, the multi-stage filter is made of PTFE, which has a long service life and reduces replacement costs. 6. Strong adaptability Flexible adjustment: The multi-stage filter is flexibly designed and can be adjusted according to different application requirements. For example, by changing the number of layers, pore size and material of the filter membrane, it can adapt to different fluid characteristics and filtration requirements. This adaptability makes the multi-stage filter have a wide range of application prospects in a variety of industrial fields. 7. High temperature and corrosion resistance Excellent material: Its temperature tolerance range can reach -200�°C to 250�°C, showing good high temperature resistance. At the same time, PTFE material also has good corrosion resistance and can cope with the erosion of a variety of chemicals. In summary, the multi-stage filter has been widely used in industrial production with its advantages of high filtration efficiency, strong fluid control ability, low clogging risk, easy cleaning and maintenance, strong adaptability and excellent high temperature and corrosion resistance. web: https://www.njbinglab.com Phone/Whatsapp/ Wechat :+8615805176994 Mail: rossnjbzh@gmail.com / rossg@njbinglab.com
