Orther MP-Filtri model number: CU025A03N CU040A03N CU100A03N CU250A03N CU630A03N CU850A03N CU200A03N CU350A03N CU730A03N CU2101A03ANP01 CU2102A03ANP01 CU2103A03ANP01 CU4002A03ANP01 CU4003A03ANP01 CU4004A03ANP01 CU4005A03ANP01 CU4006A03ANP01 CU900A03ANP01 CU9502A03ANP01 CU9503A03ANP01 CU025A06N CU040A06N CU100A06N CU250A06N CU630A06N CU850A06N CU200A06N CU350A06N CU730A06N CU2101A06ANP01 CU2102A06ANP01 CU2103A06ANP01 CU4002A06ANP01 CU4003A06ANP01 CU4004A06ANP01 CU4005A06ANP01 CU4006A06ANP01 CU900A06ANP01 CU9502A06ANP01 CU9503A06ANP01 CU025A10N CU040A10N CU100A10N CU250A10N CU630A10N CU850A10N CU200A10N CU350A10N CU730A10N CU2101A10ANP01 CU2102A10ANP01 CU2103A10ANP01 CU4002A10ANP01 CU4003A10ANP01 CU4004A10ANP01 CU4005A10ANP01 CU4006A10ANP01 CU900A10ANP01 CU9502A10ANP01 CU9503A10ANP01 CU025A16N CU040A16N CU100A16N CU250A16N CU630A16N CU850A16N CU200A16N CU350A16N CU730A16N CU250M90N
The parallel oil filter element is a reliable and efficient solution for oil filtration, especially in large-flow hydraulic lubrication systems. Its parallel configuration, composed of two or more filter layers, provides several benefits including increased filtration area, high porosity, and strong dirty holding capacity. This design also allows for easy installation and disassembly, making maintenance a breeze. Features Large Filtration Area:� The parallel filter element has a multilayer configuration that significantly increases its filtration area, resulting in more efficient and thorough filtration. Long Service Life:� With its durable construction and layered filtration design, the parallel filter element offers a longer service life, reducing the need for frequent filter replacements. Easy to Assemble and Disassemble:� The parallel filter element is easy to install and disassemble, with several filters connected in parallel from small to large and secured by bolts. Suitable for Various Industries: The parallel filter element is suitable for various industries, including metallurgy, power, chemical, and environmental, and can filter various types of oil and fluids, such as crude oil, lubricating oil, and even wastewater. Applications The parallel oil filter element is a highly versatile filtration solution that can be used in numerous applications across multiple industries. It is ideal for hydraulic and lubrication oil filtration in the metallurgy industry, including steel mills and foundries, as well as in power generation applications such as coal power plants, wind turbines, and hydroelectric power plants. The chemical industry can also benefit from the parallel filter element, as it can be used in the production of chemicals, plastics, and rubber. The parallel filter element is also well-suited for environmental protection applications, including wastewater treatment facilities and other filtration systems. In the food and beverage industry, it can be used for filtration of oils, syrups, and other liquids. The mining industry can also benefit from the parallel filter element's filtration capabilities, particularly for hydraulic and lubrication fluids.
Most Muti-layer Stainless Steel Sintered Mesh Filter Element, including conventional and pleated types, are constructed of premium stainless steel. The pleated type sintered mesh filter cartridge has a greater filtering surface than the conventional type, and both have strong mechanical strength and pressure tolerance. They resist corrosion and are simple to clean. Sintered mesh filter cartridges are used in the liquid and gas filtration, chemical fiber filtration, polyester, and water treatment sectors because of their great resilience and long service life. The protective layer, filter layer, and support layer make up the Muti-layer Stainless Steel Sintered Mesh Filter Element. The multi-layer sintered laminates contain the fine woven wire mesh (the filter layer). The laminates shield the fine mesh from mechanical harm caused by pressure from the outside environment. The mechanical strength, stability, and longevity of the three, four, and five layers make them attractive. Parameter Material: stainless steel 304, 304L, 316, 316L Length: 10-1500mm Diameter: 10-80mm Wall thickness: 10-50mm Filtration accuracy: 0.2-300um Layers: Single, 2 to 3, 5-layer & 6-layer or customized Porosity: 35%-80% Service temperature: -200 C to 1000 C Features: 1.) Better mechanical properties; 2.) Good stable pore size; 3.) Easy cleaning, reusable and durable; 4.) Stable pore shapes for perfect permeability; 5.) Reliable quality, big particles filtration; 6.) Attractive surface; 7.) Excellent anti-acid, anti-alkahi, resist-temperature, resist-wearing; resist-recycling; Application 1.) Oil & Gas production 2.) Water treatment; 3.) Food and beverage; Â 4.) Pharmacy; Â 5.) Chemical industry; 6.) Polymer filtration; Â 7.) Refine; Â 8.) Energy & nuclear. Process Description Through a number of technological procedures, sintered wire mesh is created. To achieve adequate contact at wire mesh intersections, precision woven wire mesh is evenly calendered.Then, under mechanical pressure in unique fixtures inside a hot furnace, one or more layers of this calendered web are laminated. The furnace is heated to the sintering temperature while being surrounded by a special environment of inert gas.The individual wires and each layer of wire have been bonded together after being carefully cooled, making the mesh solid. Compared to ceramics and sintered metal powder/particles, it has more favorable overall characteristics. Sintered mesh filters are very durable. The filter element, which is simple to maintain and has a long lifespan, can be created without the need for internal assistance.
Porous metal explosion-proof filter element is a filter made of metal powder sintering, which has the characteristics of explosion-proof, corrosion resistance, high temperature and high pressure. It adopts techniques such as molding and sintering to create a large number of small holes on the metal plate to form a metal mesh with filtering function. The size of these small holes can be determined according to actual needs, making it suitable for different filtration requirements. Product parameters Brand: TOPTITECH Origin: China Size: Round: 3- 500 Square: 500*800 (can be customized) Thickness: 1.0-5.0 Accuracy: 10 m, 20 m, 40 m Operating temperature: 500 C Operating pressure: 0.2Mpa/ Features 1. Strong explosion-proof performance: the porous metal explosion-proof disk has strong explosion-proof performance, which can effectively isolate the high temperature, high pressure and fragments generated by the explosion and reduce the hazard. 2. Good corrosion resistance and anti-corrosion performance: the surface of the porous metal explosion-proof disk has been specially treated, which has good corrosion resistance and anti-corrosion performance. 3. Good air permeability: The porous metal explosion-proof disk has many holes inside, which make it have good air permeability, and can prevent explosion caused by gas accumulation to a certain extent. 4. Good ductility: the porous metal explosion-proof disk has good ductility, and can be processed and bent according to needs. Applications Petrochemical industry: In the petrochemical industry, porous metal explosion-proof plates can not only be used for explosion-proof, heat insulation, shock absorption, etc. process safety and quality. Military industry: In the military industry, porous metal explosion-proof sheets can be used for explosion-proof, heat insulation and shock absorption of missile silos, aircraft fuel tanks and other equipment. Aerospace industry: In the aerospace industry, porous metal explosion-proof plates can be used for heat insulation and shock absorption of engine nozzles, gas turbines and other equipment. Automation industry: In the automation industry, porous metal explosion-proof disks can be used for explosion-proof, heat insulation, shock absorption, etc. of electrical equipment, instruments and meters. Pharmaceutical industry: Porous metal explosion-proof filters can be used for filtration and separation in the pharmaceutical industry to ensure the quality and safety of pharmaceuticals.
The SUS 316L powder sintered small filter element is made of 316L powder pressed through a mold and then sintered at high temperature. It adopts its technology and strictly controls every step of the production process, including powder particle distribution, molding and sintering. It has high mechanical strength, high temperature resistance and corrosion resistance. The SUS 316L powder sintered small filter element has good, uniform pore size distribution, good air permeability, cleanable regeneration, weldable and mechanically processable, etc. By adjusting the powder particle size and process conditions, it is possible to produce porous metal sintered filter elements with a wide range of filtration accuracy. Product parameters Material: 316L, 304 Specifications: OD 8- 37mm Length 10-50mm Accuracy: 1-50 m Temperature resistance: 600 Maximum working pressure difference: 0.6Mpa Application Environment Nitric acid, sulfuric acid, acetic acid, oxalic acid, phosphoric acid, 5% hydrochloric acid, molten sodium, liquid hydrogen, liquid nitrogen, hydrogen sulfide, acetylene, water vapor, hydrogen, coal gas, carbon dioxide gas and other environments Product features 1. Good mechanical properties 2. Stable shape 3. Good air permeability 4. Good chemical stability, high temperature resistance, acid and alkali resistance, fire prevention and anti-static 5. High temperature resistance 6. Uniform bubbles, wide range of gas dispersion, no clogging Product applications 1. Catalyst recovery 2. Gas-liquid filtering and separation in the sectors of fermentation for environmental protection, medicine, beverage, food, metallurgy, and petroleum.3. Dust removal, sterilization and oil mist removal for various gases and steam 4. Noise reduction, flame resistance, gas buffer Craftsmanship The first step is to screen high-quality stainless steel 316L powder particles that meet the requirements according to the needs, and then use a custom-made mold for powder molding. After the molding is completed, put the product into a high-temperature vacuum furnace for sintering, and finally take it out for cooling and demoulding, and finally connect the interface by welding or riveting and then put into use. Filtration principle A sintered metal microporous filter element made of stainless steel is used to separate microscopic particles and filter a variety of materials. The interior is hollow and the wall thickness is uniform. The other end is open with one end shut.The material of the cylindrical cylinder wall is made of stainless steel sintered metal microporous material and make the function of filtration and separation.
Name:Stainless steel Filter element Cartridge Material:SS304,316,316L Diameter:10-1000mm Length:10-2000mm Filtration Accuracy:1-200um Connector patterns:Flange,Thread,Tri-clamp and customize Lead time:7-10 days MOQ:10pcs
Stainless Steel Filters Element Filter Information: Material,Stainless steel 304, 316, 316L Job Stress,20 mpa Efficiency,99% Working Temperature,120 degree Wire Diameter,0.02-2.0mm Filteration Precision,1-100 u Some P/N of replaced taisei kogyo hydraulic filter element:,,, 350-08-100K,350-A06-20UW,3501-2-100K,3501-3-40U 350-08-100W,350-A06-3M,3501-2-100W,3501-3-40UK 350-08-10M,350-A06-40U,3501-2-10M,3501-3-40UW 350-08-10U,350-A06-40UK,3501-2-10U,3501-3-50UK 350-08-10UK,350-A06-40UW,3501-2-10UK,3501-3-50UW 350-08-10UW,350-A06-50UK,3501-2-10UW,3501-3-5UK 350-08-150K,350-A06-50UW,3501-2-150K,3501-3-5UW 350-08-150W,350-A06-5UK,3501-2-150W,3501-3-6M 350-08-200K,350-A06-5UW,3501-2-200K,3502-2-100K 350-08-200W,350-A06-60UK,3501-2-200W,3502-2-100W 350-08-20U,350-A06-60UW,3501-2-20U,3502-2-10M 350-08-20UK,350-A06-6M,3501-2-20UK,3502-2-10U PGUL10A50U,PGUL16A10M,PGUL08A50UW,PGUL06A10UW PGUL04A10U,PGUL16A40U,PGUL12A50U,PGUL10A50U PGUL08A10U,PGUH10A8C,PGUH06A3M,PGUH08A100W TAISEIKOGYO,PGUL20A24U,PGUH06A100W,PGUL20A20U PGUH10A50UW,G-UL-12A-50U-W-DV,,
1. Product description We insist on providing our customers with the highest quality of filtration products. As a result, all of our replacement elements are manufactured right here in China, under the most rigorous quality standards. Additionally, all of our filter elements carry six ISO Standards and we fully guarantee all of our products. 3. Specification and advantages Material: fiber glass; pp cutton; sintered felt; sintered mesh; chemical fiber; stainless steel wire mesh; cellulose media Features: anti-acid; anti-alkali; anti-corrosion Advantages: high filter efficiency high dirt-holding capacity high strength construction high penetration long service life uniform flow distribution
Detailed information: Material Non woven fabric Filter element type folding filter element Uses air filtration Scope of application Painting Applicable object dust Type Efficient Operating temperature 135() Operating maximum pressure difference 10(MPa) Common powder recovery filter element - application site The powder recovery is widely used in powder coating industry, blasting equipment, coating equipment, environmental dust, metal dusting powder and other places, for the host plant.
Sinter metal powder filters are made of metal powder in high temperature by cold isostatic pressing or co-axial pressing. The available materials are:stainless steel 316/316L,304/304L,310,Titanium,Monel,Nickel,Hastelloy and other alloy. The OD,length and the poro size of the sinter metal filter can designed according to the customer's requirements. The OD is made from 13mm to 135mm. The poro size is made from 0.2-200microns. The sinter metal powder filters are widely used in the fine filtration such as the aeration, chemical petro,biochemstry and lab experiments. Mian Application: 1. Gas and liquid filtration 2. Solid catalyst recovery 3. Filtration of slurry oil and other petrochemical products 4. Fluidization 5. Powder conveying 6. Aeration and other application in various industrial fields.
Material Membrane: PES Core: polypropylene/ sus304L O ring/Gasket: Silicone/Viton/TEV/EPDM Specifications: Pore size (um): 0.10,0.20, 0.45, 0.65, 1.00 Outer Diameter(OD): 68mm / 70 mm (can be decided by client) Length (inch): 10, 20, 30, 40 Endcaps: DOE, SOE (code2, code3, code7, code8) Technical data: Effective filtration area (10"): í¦0.65 M2 Normal working temperature: í_80 íµ/ 172¿H Max. working temperature: 90 íµ/ 194¿H(Pí_1.5 bar) Max. differential pressure: 4.2 bar PH value: 2-13 Sterilization method: Autoclaving (121í+2 íµ) within 30 minutes Export standard packing (1pc/poly bag/carton)
Material Membrane: Nylon( N6/ N66) Core: polypropylene/ sus304L O ring/Gasket: Silicone/Viton/TEV/EPDM Specifications: Pore size (um): 0.10,0.20, 0.45,0.65, 0.80, 1.00, 3.00 Outer Diameter(OD): 68mm / 70 mm (can be decided by client) Length (inch): 2.5, 5, 10, 20, 30, 40 Endcaps: DOE, SOE (code2, code3, code7, code8) Technical data: Effective filtration area (10"): í¦0.65 M2 Normal working temperature: í_60 íµ/ 149¿H Max. working temperature: 80 íµ/ 172¿H(Pí_1.5 bar) Max. differential pressure: 4.2 bar PH value: 6-13 Sterilization method: Autoclaving (121í+2 íµ) within 30 minutes Export Standard package ( 1pc/Poly bag/carton)
Material Membrane: PP/HPP Core: polypropylene/sus304L O ring/Gasket: Silicone/Viton/TEV/EPDM Specifications: Pore size (um): 0.10, 0.20, 0.45, 1.0, 3.0, 5.0 Outer Diameter(OD): 68mm / 70 mm (can be decided by client) Length (inch): 10, 20, 30, 40 Endcaps: DOE, SOE (code2, code3, code7, code8) Technical data: Effective filtration area (10"): í¦0.6 M2 Normal working temperature: í_55íµ/ 131¿H Max. working temperature: 80 íµ/ 194¿H(Pí_1.0 bar) Max. differential pressure: 4.2 bar PH value: 1-13 Sterilization method: Autoclaving (121í+2 íµ) within 30 minutes Water flow rate with different pressure see the chart Export Standard package ( 1pc/Poly bag/carton)
Air filter 1. Reliable quality and function. 2. Reasonable design and according with original parts. 3. Special need on design or art is available 4. Convenient installation and cleaning or changing. 5. Good endurance. 6. Overall oem types for most vehicles.
Air filter compressed air filter 1). Separator filter (HF9) For bulk liquid removal plus a 3 micron coalescer (5ppm w/w maximum remaining oil content) Two-stage filtration * First stage: two stainless steel orifice tubes provide 10 micron mechanical separation * Second stage: in-depth fiber media captures solid and liquid particles to 3 micron 2). Air line filter (HF7) For removal of liquid water and oil; removes solid particles to 1 micron (1.0 ppm w/w maximum remaining oil content) Corrosion resistant inner and outer cores Two-stage filtration * Firt stage: captures larger particles with alternate layers of fiber media and media screen * Second stage: coalesces aerosols and captures solid particles with multiple layers of epoxy bonded, blended fiber media 3). High efficiency oil removal filter (HF5) For coalescing fine water and oil aerosols; removes solid particles to 0.01 micron (0.01 ppm w/w maximum remaining oil content) Corrosion resistant inner and outer cores Two stage filtration * First stage: multiple layers of bonded, blended fiber media for fine coalescence * Second stage: multiple layers of bonded, blended fiber media for fine coalescence Outer coated, closed cell foam sleeve 4). Ultra high efficiency oil removal filter (HF3) For coalescing ultra-fine oil aerosols; removes solid particles to 0.01 micron (0.001 ppm w/w maximum remaining oil content) Corrosion resistant inner and outer cores Two stage filtration * First stage: coated, closed cell foam sleeve acts as pre-filter and flow disperser * Second stage: multiple layers of matrix blended fiber media for ultra-fine coalescence Outer coated, closed cell foam sleeve 5). Oil vapor removal filter (HF1) For removal of oil and hydrocarbon vapors normally absorbable by activated carbon; removes solid particles to 0.01 micron (0.003 ppm w/w maximum remaining oil content) Corrosion resistant inner and outer cores Two stage filtration * first stage: stabilized bed of finely divided carbon particles removes the majority of the oil vapor * Second stage: multiple layers of fiber media with bonded micro fine carbon particles remove the remaining oil vapor Multiple layers of fine media prevent particle migration Outer coated, closed cell foam sleeve prevents fiber migration Designed life is 1000 hours under rated conditions.
Air dryer(desiccant air dryer) hsd-10wxf Desiccant compressed air dryer (heatless purge and externally heated purge) 1). Heatless purge desiccant air dryer Inlet temperature: 0~45 celsius degree Inlet oil content: 0.01ppm Working pressure: 0.6~1.0mpa Dew point: -20~-70 celsius degree Purge air: 12% Desiccant: activated alumina & molecular sieve Purge mode: heatless purge Working method: continuing alternation between two towers Working periods: t=10~20min. Control mode: micron computer auto controlling Installation mode: indoor, non-basement 2). Externally heated purge air dryer Inlet temperature: 0~45 celsius degree Working pressure: 0.6~1.0mpa Dew point: -40~-70celsius degree Purge air: 4~6% Desiccant: activated alumina & molecular sieve Purge mode: externally heated purge Working method: continuing alternation between two towers Working periods: t=120~140min. Control mode: micron computer auto controlling Installation mode: indoor, non-basement
Sterile filter * adopt 6 grades element which complement with America UPS plastic biology * element material is SPF who is good at hydrophobe, precision to be 0.01um.It can filter bacterium, virus & phagocyte. * o ring seal (silica rubber and fluorine rubber), ensuring to filter air 100%. * unique outer heat-resistant polypropylene.It can stand 140 celsius degree steam bacterium removal and will not reduce its precision if repeat sterilizing. * stainless steel of housing, polishing of internal, max.Working pressure to be 1.0mpa. * operation temperature less than 80 celsius degree .
Inlet pressure: 0.6~1.0Mpa Inlet temperature: 5~65 celsius degree Initial pressure drop: less than 0.005Mpa Filter route: 5um Water removal rate: less than 99% Outlet air oil content: less than 10ppm
Low Dew Point Combined Compressed Air Dryer Working pressure: 0.6~1.0Mpa Pressure drop: less than 0.05Mpa Inlet temperature: less than 45 celsius degree (Normal temp. type) Inlet temperature: less than 80 celsius degree (High temp. type) Dew point: -40~ -70 celsius degree Cooling watre temperature: less than 32 celsius degree (water cooling type) Purge air: 3~5% Control mode: Micro-program controller Installation mode: Indoor, non-basement
Desiccant Compressed Air Dryer two types ---heatless purge and externally heated purge 1). Heatless purge desiccant air dryer Inlet temperature: 0~45 Celsius degree Inlet oil content: less than 0.01ppm Working pressure: 0.6~1.0Mpa Dew point: -20~-70 Celsius degree Purge air: less than 12% Desiccant: Activated alumina & molecular sieve Purge mode: Heatless purge Working method: Continuing alternation between two towers Working periods: T=10~20min. Control mode: Micron computer auto controlling Installation mode: Indoor, non-basement 2). Externally heated purge air dryer Inlet temperature: 0~45 Celsius degree Working pressure: 0.6~1.0Mpa Dew point: -40~-70 Celsius degree Purge air: less than 4~6% Desiccant: Activated alumina & molecular sieve Purge mode: Externally heated purge Working method: Continuing alternation between two towers Working periods: T=120~140min. Control mode: Micron computer auto controlling Installation mode: Indoor, non-basement
