filter cartridge
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FR-INKJET Disc Filter Series
The disc filter specially designed for INKJET can be applied to positions such as before the pump and before the recovery nozzle. There are two configurations to choose from SS: Adopting the best compressive strength of the seat type diagonal 316L stainless steel filter and undergoing specific sintering treatment to fix the fibers and prevent pore size migration. PPEP: Made of two-component cured polyolefin fibers, with a deep structure, high pollutant holding capacity, high flow rate, and 100% fiber shedding free. Filtering accuracy: 5um, 10um, 20um, 50um
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FR-HPP Economical Polypropylene Filter Cartridge Series
Adopting imported polypropylene filter media from the United States to achieve a balance between high precision and low cost; Polypropylene has a wide chemical compatibility (pH 1-14) and can withstand high temperatures of 80 ℃ and a pressure difference of 4 bar; The filtration accuracy covers 0.2-20 μ m, suitable for most acid, alkali, and solvent filtration scenarios. Quality advantage: Each filter element undergoes 100% integrity testing (bubble point+diffusion flow) before leaving the factory, with only 30% sampled by peers; The pollutant absorption capacity is 25% higher than similar domestic products, and the service life is extended by 30%; The pressure drop stability at 80 ℃ is 15% better than the industry average.
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FR-HGPF High-temperature Resistant Gas Filter Cartridge
The maximum working temperature is 100 ℃ (6 months), the maximum working pressure difference is 3.4bar/142 ℃, the filtration area is 0.85m ²/10 ", and the filtration accuracy is 0.01 μ m. The HGPF series filter cartridge is made of polytetrafluoroethylene membrane, which can achieve 100% retention efficiency for 0.01um, enabling HGPF to meet the most stringent requirements. HGPF's full range of temperature resistant structural materials, including support layers, shells, and interfaces, are all made of high-temperature resistant materials. They can work continuously for 6 months at an operating temperature of 100 ℃. All filters undergo integrity testing through the VALAIR DATAIi particle challenge experiment. Under a pressure of 0.8 bar (11.6 psi), the diffusion flow rate is less than 20ml/min, and the filter element is wetted with a value of 60/40 IPA/Water for testing. The HGPF series filter cartridge can be repeatedly disinfected 120 times in situ steam at 142 ℃ (288 ℃). The HGPF series filter cartridge, as a high-temperature resistant filter cartridge, has been fully certified and can be used for sterilizing and filtering compressed air and gases. The HGPF series filter cartridges were tested with DH Valairdatal and passed the DOP test.
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FR-HF150 High Flow Rate Filter Cartridge Series
Maximum working temperature PP80 ℃, GF130 ℃, maximum working pressure difference 3.5bar/21 ℃, 1.5bar/80 ℃, filtration area 2.6-7.8m ²/10 ", filtration accuracy 0.5 μ m to 90 μ m The diameter of the HF150 high flow filter element is 6 "/150mm, with a filtration area of over 6 square meters and a maximum flow rate of 60 tons/hour. It has no center rod and a single opening design, which can be widely used in different fields. Reduced the requirements for the size and number of filter cartridges during use, making operation more convenient. Composed of multiple layers of nanoscale fiber membranes, it provides ultra-high retention efficiency, reaching over 98% retention efficiency. Especially suitable for seawater desalination, condensate water systems, various water treatment systems, etc. PP type: polypropylene material GF type: resin synthetic glass fiber type, capable of withstanding high temperature environments up to 130 ℃.
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FR-HEBF High-Efficiency Meltblown Filter Bag Series
The maximum working temperature is 90 ℃, the maximum working pressure difference is 2 bar/21 ℃, and 1 bar/80 ℃. Filtering accuracy: 1 μ m-50 μ m. HEBF high-efficiency filter bags are made using melt blown technology; Using multi-layer ultra-fine polypropylene fibers with a gradient distribution of pore size, it has extremely high and almost absolute filtration efficiency. Made of 100% polypropylene material, it does not release any contaminants such as silicone oil or adhesives, fully complying with food grade FDA or pharmaceutical industry GMP requirements. Ultra fine polypropylene fibers have excellent hydrophobic and oleophilic properties, and have good oil absorption effects. The deep structure and complex flow channels of HEBF make its pressure resistance higher than that of ordinary needle punched felt double-layer filter bags of the same specifications.
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FR-GPF PTFE Membrane Gas Filter Cartridge Series
The maximum working temperature is 50 ℃ (6 months), the maximum working pressure difference is 2 bar/21 ℃, 1.2 bar/80 ℃, the filtration area is 1.1m ²/10 ", and the filtration accuracy is 0.01 μ m. The GPF series filter cartridge is made of polytetrafluoroethylene membrane, which can achieve 100% retention efficiency for 0.01um, enabling GPF to meet the most stringent gas filtration requirements. Polytetrafluoroethylene membrane has natural hydrophobicity and can achieve good filtration efficiency under both dry and humid conditions. High throughput, low pressure drop. Each ultra-high filtration area exceeding 1.1 square meters is 30% larger than similar filter cartridges, and can achieve a longer lifespan.
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FR-GGFP Glass Fiber Gas Filter Cartridge Series
The maximum working temperature is 50 ℃ (6 months), the maximum working pressure difference is 4 bar/21 ℃, 2.4 bar/80 ℃, the filtration area is 0.61-0.67 ²/10 ", and the filtration accuracy is 0.01 μ m to 0.5 μ m. The GGFP series filter cartridge is made of ultra-fine glass fiber material and has a dust holding space of over 90%, making it particularly suitable for gas filtration. The unique ability of GGFP filter element for particle retention ensures the efficiency of gas particle retention and is suitable for particle removal filtration of various gases.
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FR-GF Glass Fiber Liquid Filtration Filter Cartridge Series
Using imported ultra-fine glass fiber material, the fiber diameter is strictly controlled within the range of 0.5-2 μ m, and the filtration area covers 0.67-0.98 m ²/10 "with different precision. The maximum temperature resistance is 80 ℃, and the maximum pressure difference at 21 ℃ is 4 bar. The filtration precision can be selected from 0.2 μ m to 5 μ m. This series of filter cartridges is formed through multi-layer composite technology to ensure uniform fiber distribution, with an initial pressure difference as low as 0.02 bar, effectively reducing system operating energy consumption. Specially designed for high particle materials such as colloids and oils, it is widely used in industrial fluid filtration scenarios such as coatings, inks, adhesives, etc. It is particularly suitable for pre-treatment processes that require high filtration efficiency and pollutant holding capacity, and can significantly extend the service life of high-precision filter elements in the backend. Quality advantage: Each filter element undergoes 100% integrity testing (bubble point+diffusion flow) before leaving the factory, with only 50% of similar products in the same industry being sampled; Fiber uniformity is better than the industry standard by 15%, avoiding performance degradation caused by local blockage; The performance degradation after 72 hours of continuous operation at 80 ℃ is ≤ 5%, far exceeding the average degradation rate of 15% in the same industry; The pollutant absorption capacity is 30% higher than similar domestic products, and the service life is extended by 25%.
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FR-EP Two-component Curing Pressure Resistant Filter Cartridge Series
Adopting two-component fiber hot melt curing technology to form a rigid matrix structure, the pressure difference performance is excellent: the maximum pressure difference is 8 bar at 21 ℃, and it still reaches 4 bar at 80 ℃; The filtering accuracy covers 1.0-150 μ m, with an outer diameter of 64mm and an inner diameter of 30mm, and is compatible with standard industrial filter interfaces. Widely used in the filtration of high viscosity materials such as coatings and adhesives, as well as high-pressure fluid pretreatment in the petrochemical industry; Its rigid structure can effectively resist the impact of material and liquid, avoiding performance degradation caused by filter deformation. Core advantage: The hot melt curing process has no adhesive residue, avoiding secondary pollution, and there is a common problem of adhesive leaching in peer products; The service life of the rigid matrix structure is 60% longer than that of the ordinary wound filter element; The high pressure resistance performance is 20% higher than similar products in the industry, and it can withstand pressure fluctuations under extreme working conditions.
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FR-EBF Needle Punched Felt Economical Filter Bag Series
The maximum working temperature is 90 ℃ for PP and 180 ℃ for PET. The maximum working pressure difference is 2 bar/21 ℃, 1 bar/80 ℃ (PP), and 1 bar/160 ℃ (PET). Filtering accuracy 1 μ m-150 μ m. The EBF series filter bag is made of needle punched felt, with high precision filter material and surface treated with singeing, calendering or film coating, without fiber shedding; Hot melt seamless bonding technology ensures that there will be no side leakage. Optional double-layer structure can effectively increase the filtration area and increase the pollutant holding capacity; Double layer interception of particles, with more significant interception efficiency; Economic filter bags have high cost-effectiveness and are suitable for filtering medium and low viscosity liquid materials. There are two materials to choose from, polypropylene PP and polyester PET
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FM-CSSC five layer stainless steel wound mesh filter cartridge series
The maximum working temperature is 480 ℃, the maximum working pressure difference is 3bar, and the filtration accuracy is 2.0 μ m-100 μ m. The CSSC series five layer stainless steel sintered mesh filter is made of multiple layers of 316 or 304 stainless steel filter screens sintered together. It has excellent pressure resistance, temperature resistance, and corrosion resistance. The high pollutant absorption capacity makes it the best choice for solid-liquid separation of rigid particles, and it has a good backwash effect on rigid particles.
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FR-CSD Laminated Cardboard Filter Cartridge Series
The maximum working temperature is 80 ℃, the maximum working pressure difference is 2.1bar25 ℃, 1.0bar80 ℃, and the filtration accuracy is 0.04 μ m-18 μ m. The CSD series laminated cardboard filter cartridge is an innovative deep filtration solution. It is composed of high-purity lignocellulose, diatomaceous earth, and special resin composite, forming a three-dimensional spatial structure inside. It can effectively intercept and adsorb impurities such as particles, cell debris, and endotoxins in the solution, achieving high pollutant holding capacity and long lifespan. Its filter type design completely replaces traditional plate and frame filter machines, eliminating the need for pre coating with diatomaceous earth and preventing material loss. After use, it can be directly burned and treated, making it more environmentally friendly and efficient. Among them, the CSD-C series combines activated carbon into the filter element, achieving adsorption while filtering, and there is no risk of activated carbon leakage, providing the industry with a new integrated filtration option.
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FR-BG160 Filter Bag Filter Cartridge
The maximum working temperature is 480 ℃, the maximum working pressure difference is 5bar/21 ℃, and 2.5bar/80 ℃. The filtration area ranges from 1.8m ² to 3.65m ², with a maximum flow rate of 25m ³/h to 50m ³/h. The BG160 series filter bag filter cartridge has a diameter of 160mm and a filtration area of over 3.65 square meters, which is more than 8 times that of ordinary filter bags. It provides high flow and long service life. Made of multi-layer polypropylene fibers, it provides ultra-high filtration efficiency, reaching over 95% filtration efficiency. Double sealing ring design, O-shaped seal+U-shaped seal, eliminates the possibility of leakage. BG160 can be replaced and installed on the original standard bag filter, reducing the frequency of filter bag replacement and minimizing maintenance costs, making it the best choice for filtration systems.
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FR-APS Asymmetric Polyether Sulfone Filter Cartridge Series
The maximum working temperature is 90 ℃ (one week), the maximum working pressure difference is 4 bar/21 ℃, 2.4 bar/80 ℃, the filtration area is 0.66-1.02m ²/10 ", and the filtration accuracy is 0.02 μ m to 1.2 μ m. The F-APS series filter is a high capacity sterilization filter developed on the basis of SPS, which is made of a unique anti pollution asymmetric polyether sulfone membrane. The asymmetric membrane pore structure provides high pollutant holding capacity, high flux, and long service life. Practice has proven that the service life of APS series filters is 3-5 times that of other similar products, greatly reducing the filter replacement cycle. F-APS-FJ series: The filtration accuracy of up to 0.02 μ m ensures the quality of ultrapure water effluent, strictly controls pollution, and meets the water quality standards of the pure water industry.
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FR-APP High-Precision Polypropylene Filter Cartridge Series
The inner layer of nanofiber membrane achieves a retention efficiency of over 99.8%, while the outer layer has a deep folding structure to enhance the pollutant holding capacity; Suitable for filtering colloidal impurities, with an efficiency classification of 95% -99.9% at an accuracy of 0.3-5 μ m; The pressure difference stabilizes at 2.4 bar at 80 ℃. Quality advantage: The inner nanofiber membrane adopts independent research and development technology, with a retention efficiency 2% higher than similar imported products; The double-layer structure has twice the pollutant holding capacity of a single-layer filter element and extends its lifespan by 50%; Certified by T Ü V Germany, peers only pass domestic certification.
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FR-APBT Full Polyester Filter Cartridge Series
Made of 100% polyester fiber material, with a filtration accuracy of 0.5-50 μ m, a working temperature resistance of 130 ℃, and a maximum pressure difference of 3bar at 21 ℃; Filter area 0.6-2.2m ²/10 ", compatible with multiple solvent systems. Suitable for scenarios such as high-temperature liquid filtration, food and beverage clarification, and pharmaceutical intermediate purification, especially for process links that require high temperature resistance and chemical stability. The temperature resistance of polyester material is 62.5% higher than that of PP series; The chemical corrosion resistance is superior to ordinary polyester filter cartridges, and the service life is extended by 35%; Each filter element passes 100% integrity testing before leaving the factory, with a leakage rate of 0.
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FR-AET/FR-APTF Perfluorinated Structural Filter Cartridge Series
The maximum working temperature is 100 ℃, the maximum working pressure difference is 5bar/21 ℃, 3bar/80 ℃, the filtration area is 1.0m ²/10 ", and the filtration accuracy is 0.1 μ m to 5 μ m. The AET/APTF series filter cartridges are made of polytetrafluoroethylene membrane, and the skeleton, support layer, and sealing ring are all made of fluoroplastic, giving them an all Teflon like structure, making them particularly suitable for filtering chemical corrosion and high-temperature raw materials. They have widespread applications in the chemical and electronic industries. APFT: It can also work normally at an ozone solubility of 9000ppm · hr Core advantages: Class perfluorocarbon structure design, excellent chemical corrosion resistance, strong high-temperature stability, no risk of leaching, ensuring high-purity filtration effect
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FR-ACF Wound Carbon Fiber Filter Cartridge Series
The maximum working temperature is 80 ℃, the maximum working pressure difference is 4 bar/21 ℃, and 2.4 bar/80 ℃. Filtering accuracy R08 μ m-R16 μ m. The ACF series carbon fiber filter cartridge is refined using advanced nanoscale ultrafine carbon fiber materials and has a dense three-dimensional network structure formed by the interweaving of ultrafine fibers. This unique structure not only fundamentally solves the problem of "carbon leakage" that traditional activated carbon filters are prone to, ensuring no secondary pollution during the filtration process, but also significantly improves the specific surface area and adsorption active sites, thereby achieving more efficient and rapid pollutant adsorption performance. The filter cartridge not only effectively removes odors, pigments, organic residues, and some microorganisms, but also has excellent chemical stability and fluid permeability. It can be widely used in fields such as drinking water purification, chemical purification, pharmaceutical preparations, and high-end liquid phase treatment. It is a new generation of adsorption filtration product that balances safety, efficiency, and reliability.
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