Air filter , hepa filter , carbon filter, car filter.
Automobile oil filters, automobile filter.
Industrial filters, cartridges filters, air filter, gas filter, oil filter, bag filters, self cleaning filters, auto filters.
Filters.
Automotive filters (cabin filter, air filter ) industry filter, water filter, home appliance filter.
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
Product Introduction: We can provide PFA isotope ion exchange columns of different capacities, diameters and lengths. This product is cast with PFA as the material, and the design combines the characteristics of a variety of capillaries and storage containers to meet your needs. The size can be customized according to your experimental requirements. The threaded port design allows users to choose a cap to protect the integrity of the liquid sample in the chromatography. Product Features 1. Repeatability: PFA column tubes can be used multiple times, and the material background is low, which greatly saves experimental costs 2. Visibility: When separating color samples with color, the PFA transparent column can visually see the separation color band 3. Sieve plate: Sieve plates of various particle sizes can be provided, with excellent distribution effect to achieve better separation 4. Large sample loading capacity: can be customized according to your experiment 5. One-time molding, no welding gaps, smooth liquid flow, ensuring durability 6. To prevent the sieve plate from falling off, the bottom can be sharpened according to the flow rate requirements PFA series products: Reagent bottles, wash bottles, volumetric flasks, measuring cups, beakers, digestion tubes, sample dissolution tanks, ion exchange columns, crucibles, valves, joints, delivery pipes and other products.
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.
Diameter: 140 mm, 160 mm (Thickness: 35 mm) Length: 250, 400, 500, 600 mm Painted, Galvanized or Stainless Steel Other dimensions are also available.
Ai Filters
26300-35505
90915-YZZE1
The DAA1 power line noise filter is a general-purpose single-phase single-pole filter.This series of power line noise filters uses inductors, capacitors, filters and other components to filter the power line. By blocking high-frequency current on the power line, it reduces the spread of electromagnetic interference, effectively protects electronic equipment, and provides clean , the purpose of stable power supply. Features Rated current up to 10A A variety of connection methods to choose from, such as power cords and plug-ins Optional low leakage current version Optional medical version Customized versions of appearance and parameters can be provided on demand Comply with cUL, CE, ROHS, CQC related safety certifications Technical Parameters Product Name:DAA1 power line noise filter Rated Current:1A-10A Rated Voltage:110VAC-250VAC Working Frequency:50/60HZ Temperature Range:-25 ~85 Withstand Test Voltage:1500VDC(line/line) 2150VAC(line/ground) Fire Resistance UL 94V-0 Overall Dimension (±1mm) power line noise filter Circuit Diagram Approvals and Compliances power line noise filter power line noise filter DOREXS offers more power line noise filter options, please contact us.
The main filter material of the stainless steel corrugated filter element is SS304, 304L, 316, 316L, 904L etc. Stainless steel fiber sintered mat and stainless steel woven mesh are the main filter media. Stainless Steel fiber sintered mat is a porous and deep-shaped filter material made of stainless steel fiber through high-temperature sintering. Stainless steel woven mesh is woven from stainless steel wire. Each sealing surface of the filter element is welded by the arc welding process. The filter layer adopts a multi-fold folding process to form a complete filter element without leakage or medium shedding and with a large filtering area and high filtration efficiency.
Five-layer mesh filter element is composed of standard five-layer stainless steel sintered mesh. Standard Sintered Mesh consists five stainless steel layers, which is laminated and sintered in vacuum. This kind of filter cartridge has the following advantages such as strong corrosion resistance, excellent permeability, high strength, easy cleaning and backwashing, accurate filtering accuracy, clean filter material and no screen falling off. The main filter material of the five-layer mesh filter element is a standard five-layer stainless steel sintered mesh. Standard five layer sintering is made of five layers of stainless steel wire mesh by superposition and vacuum sintering. The filter element made of five-layer stainless steel sintered mesh has characteristics such as strong corrosion resistance, good permeability, high strength, easy cleaning and back-washing, accurate filtering accuracy, sanitary and clean filter material, and no peeling of the screen.
One of the most popular fibers used to manufacture fabric today is polypropylene. It can be woven into a variety of thread counts to allow from loose to tight filtration applications. Polypropylene is good for use in temperatures from 50 to 180 (use up to 250â?? under limited applications is acceptable, but we would not recommend it). Benefits: Acid-resisting, Alkali-resisting, Heat resistance (180 ), Hydrolysis-resisting. Application: Nickel ionic filteration, Iron ionic filteration, Other metal ionic filtration.
One of the most popular fibers used to manufacture fabric today is polypropylene. It can be woven into a variety of thread counts to allow from loose to tight filtration applications. Polypropylene is good for use in temperatures from 50 to 180 (use up to 250 under limited applications is acceptable, but we would not recommend it). Benefits: Acid-resisting, Alkali-resisting, Heat resistance (180 ), Hydrolysis-resisting. Application: Nickel ionic filtration, Iron ionic filtration, Other metal ionic filtration.
Bus and Truck spare parts are supplied original or aftermarket quality. Products are directly from OEM or official dealers. We supply Mercedes, MAN, TEMSA, Otokar, BMC or Karsan spare parts original or aftermarket. We have connections with manufacturers of replacement parts as well. Setra, Neoplan, Tourliner, Travego, Tourismo, Atego, Actros, Axor spare parts parts all in our product range.
Filters are a system or elements used to remove substances such as dust or dirt, or electronic signals, etc., as they pass through filtering media or devices. Filters are available for filtering air or gases , fluids, as well as electrical and optical phenomena
Customized MoSi2 Heating Elements Of Various Specifications And Models Introduction Molybdenum disilicide(MoSi2) heating element is one resistance heating component made from MoSi2 or as the basic material. When it's heated to high temperature under the oxidizing atmosphere, one dense MoSi2film will be formed on its surface to protect the element against oxidizing further. Therefore, the element has unique anti-oxidation property under high temperature atmosphere. The highest temperature can reach 1900 C, the applicable temperature is between 500-1800 C.
