High flow chemical industry filter element serves as indispensable pretreatment consumable for chemical‑sector ultrafiltration water‑treatment machinery. The complete chemical water‑treatment pipeline system adopts the matched industrial liquid filter to intercept bulky coarse contaminants and build multi‑stage gradient filtration to ease the pollutant‑bearing burden of filter cartridges; our mature filter‑element lineup includes ALN05‑60B High Flow Pleated Cartridge Filter, AQUALINE ALN01‑60B High Flow Pleated Water Cartridge Filter, EQUIVALENT ALN01‑60B High Flow Pleated Water Filter Cartridge and Condensed Water Filter Element for Industrial Ultrafiltration, well‑matched with hollow‑fiber and tubular ultrafiltration membrane assemblies from mainstream manufacturers. This chemical‑resistant pleated large‑flow filter element intercepts suspended particles, chemical colloids and partial organic pollutants, effectively slowing membrane fouling and lengthening the service life of chemical‑industry ultrafiltration devices. This paper delivers comprehensive explanations covering product overview, coordinated working principle with ultrafiltration equipment, full‑range technical indexes, rigorous quality‑control specifications and diverse chemical‑industry application scenarios of the high‑flow chemical‑industry filter element. Chemical plant purchasing staff, on‑site sewage‑station technicians and overseas filter distributors can pick standard‑size filter elements or customize filter material, pore size and end‑cap structure, so as to lower the long‑term running cost of chemical‑factory ultrafiltration systems.
Professional High Flow Chemical Industry Filter Element for UF Pretreatment
High flow chemical industry filter element serves as indispensable pretreatment consumable for chemical‑sector ultrafiltration water‑treatment machinery. The complete chemical water‑treatment pipeline system adopts the matched industrial liquid filter to intercept bulky coarse contaminants and build multi‑stage gradient filtration to ease the pollutant‑bearing burden of filter cartridges; our mature filter‑element lineup includes ALN05‑60B High Flow Pleated Cartridge Filter, AQUALINE ALN01‑60B High Flow Pleated Water Cartridge Filter, EQUIVALENT ALN01‑60B High Flow Pleated Water Filter Cartridge and Condensed Water Filter Element for Industrial Ultrafiltration, well‑matched with hollow‑fiber and tubular ultrafiltration membrane assemblies from mainstream manufacturers. This chemical‑resistant pleated large‑flow filter element intercepts suspended particles, chemical colloids and partial organic pollutants, effectively slowing membrane fouling and lengthening the service life of chemical‑industry ultrafiltration devices. This paper delivers comprehensive explanations covering product overview, coordinated working principle with ultrafiltration equipment, full‑range technical indexes, rigorous quality‑control specifications and diverse chemical‑industry application scenarios of the high‑flow chemical‑industry filter element. Chemical plant purchasing staff, on‑site sewage‑station technicians and overseas filter distributors can pick standard‑size filter elements or customize filter material, pore size and end‑cap structure, so as to lower the long‑term running cost of chemical‑factory ultrafiltration systems.
The high‑flow chemical‑industry filter element is a corrosion‑resistant pleated large‑flux filter consumable installed in stainless‑steel filter housings, undertaking core pretreatment work for chemical‑plant ultrafiltration sewage‑treatment and process‑water purification systems.
Different from ordinary civilian‑grade filter cartridges, this chemical‑specialized filter‑element adopts acid‑alkali‑resistant filter medium, coping with complicated and corrosive wastewater produced during chemical synthesis, raw‑material washing and chemical‑product processing. Chemical‑factory raw‑water and factory sewage contain silt, chemical precipitant particles, oily sludge, polymer colloids and residual fine chemical impurities. Without the interception of the high‑flow chemical‑industry filter element, tiny corrosive pollutants will scratch and pollute expensive ultrafiltration‑membrane surfaces, trigger frequent membrane fouling, raise chemical‑cleaning cycles and greatly shorten the working life of ultrafiltration‑membrane assemblies.
Raw‑water from chemical workshops first removes large‑grained impurities by the upstream liquid filter. After preliminary coarse filtration, wastewater flows into the filter housing and gets fine purification from our chemical‑resistant high‑flow filter element. Multiple interchangeable filter‑element options are prepared for diverse chemical‑industry operating‑conditions:
‑ Conventional chemical‑plant ultrafiltration safety filtration：ALN05‑60B High Flow Pleated Cartridge Filter
‑ Large‑flow circulating process‑water ultrafiltration projects：AQUALINE ALN01‑60B High Flow Pleated Water Cartridge Filter
‑ Import chemical‑filter‑element replacement service：EQUIVALENT ALN01‑60B High Flow Pleated Water Filter Cartridge
‑ Chemical‑plant condensed‑water recycling ultrafiltration system：Condensed Water Filter Element for Industrial Ultrafiltration
Our chemical‑industry high‑flow filter‑element is composed of multi‑layer corrosion‑proof pleated filter cloth, rigid plastic inner support skeleton, injection‑molded wear‑resistant end‑caps and chemical‑tolerant EPDM sealing rings. Two mainstream installation types, the 226‑fin bayonet and flat end‑cap, are compatible with most international‑standard large‑flow filter housings. Every finished filter‑element must pass bubble‑point inspection, air‑tightness and acid‑alkali soaking testing before factory delivery. Our factory provides bulk‑stock supply and non‑standard customization service according to different chemical‑workshop water‑quality and ultrafiltration‑system parameters.
The full chemical‑water‑purification workflow adopts three‑stage progressive filtration: liquid‑filter coarse filtration → high‑flow chemical‑industry filter‑element fine physical sieving → ultrafiltration‑membrane deep separation. The folded filter medium traps different‑sized chemical particulate contaminants by physical screening, inertial sedimentation and surface adsorption.
After coarse‑impurity removal of the upstream liquid filter, chemical‑workshop raw‑water flows inward from the outer folded layer of the filter element. Large‑sized chemical sediment particles are intercepted on the outer surface, fine corrosive particulates are blocked by multi‑layer dense filter cloth, and filtered clean‑water flows toward the central water‑collecting pipeline and enters the ultrafiltration‑membrane module.
Ultrafiltration membranes will further intercept residual macromolecular chemical colloids, bacteria and micro‑fine particles. Thanks to the huge effective filtering area, the chemical‑industry high‑flow filter‑element maintains stable low pressure‑drop under long‑time high‑speed corrosive water flow, ensuring steady water supply for non‑stop chemical‑factory ultrafiltration water‑making.
Chemical pollutants keep accumulating on the folded filter‑layer during continuous running and lift the inlet‑outlet pressure‑difference. Operators shall replace the filter‑element once the pressure‑difference hits the warning threshold of 0.25 MPa. Blocked filter‑elements will increase water‑pump operating‑load, reduce ultrafiltration water‑yield and accelerate corrosive contamination on ultrafiltration‑membrane surfaces.
Water treated by the high‑flow chemical‑industry filter‑element works as the back‑flush water source of ultrafiltration‑membrane assemblies. After mixing with compressed air, gas‑water mixed liquid washes away chemical pollutants stuck on the membrane surface, delays fouling and extends the chemical‑cleaning cycle of chemical‑factory ultrafiltration equipment.
Outer diameter：152 mm
Optional element length：20‑inch, 40‑inch, 60‑inch
Single‑element rated water flow：85‑140 m³/h
Filtration precision options：1 μm, 3 μm, 5 μm, 10 μm, 20 μm, 50 μm
Installation connection：226 fin‑style bayonet, flat open‑end cap
Main filter medium：Polypropylene pleated fabric, maximum working temperature ≤60℃, pH tolerance 1‑13, fit for most weak‑acid and weak‑alkali chemical wastewater
Optional special‑purpose medium：Glass‑fiber, PTFE for strong‑corrosion, high‑temperature chemical sewage
Standard sealing ring：EPDM; alternative fluororubber for harsh corrosive water‑quality
Maximum working pressure：1.0 MPa
Recommended replacement differential‑pressure：0.25 MPa
Initial system pressure drop：≤0.02 MPa
Front‑end industrial liquid filter, corrosion‑resistant stainless‑steel filter housing, differential‑pressure gauge and pipeline fixing brackets
We are a professional filter‑element manufacturer focusing on chemical‑industry high‑flow filter‑elements and complete ultrafiltration pretreatment schemes for chemical plants. The whole manufacturing process complies with ISO9001 international quality‑management standards. For overseas export‑orders, we are able to supply material inspection certificates and batch‑detection reports to satisfy international chemical‑project acceptance requirements.
Raw‑material inspection：Corrosion‑resistant filter cloth, inner skeleton and sealing rings are sampled for heat‑resistance, tensile‑strength and acid‑alkali‑resistance testing.
Online‑production inspection：QC staff inspect folding uniformity, end‑cap bonding tightness and sealing performance of every filter‑element.
Finished‑product inspection：Every batch receives 100% air‑tightness testing, bubble‑point detection and chemical‑resistance soaking test.
Packing and shipment：Independent moisture‑proof wrapping and shock‑resistant export cartons. Standard‑size filter‑elements are delivered within 3‑7 working‑days, customized anti‑corrosion orders take 12‑20 working‑days.
Under mild‑corrosion chemical‑wastewater conditions, the normal usable life of the high‑flow chemical‑industry filter‑element ranges 1‑3 months. Our engineering team supplies long‑term free filter‑selection guidance and remote‑operation troubleshooting for chemical‑plant ultrafiltration‑station clients.
Fine‑chemical plant sewage treatment: Pretreatment filtration for fine‑chemical factory ultrafiltration sewage‑purification systems
Petrochemical circulating‑water disposal: Impurity removal before petrochemical‑plant circulating‑water ultrafiltration treatment
Fertilizer‑manufacturing workshop wastewater treatment: Raw‑water filtration for fertilizer‑plant centralized ultrafiltration stations
Pharmaceutical chemical process‑water purification: Process‑water pretreatment for pharmaceutical‑chemical industrial ultrafiltration machinery
Dye‑factory printing‑and‑dyeing sewage disposal: Particulate interception for dye‑plant sewage ultrafiltration‑devices
Chemical‑plant condensed‑water recycling: Fine filtration before recycled condensed‑water flows into ultrafiltration‑membrane assemblies
Q1: What advantages does the high‑flow chemical‑industry filter‑element bring to chemical‑plant ultrafiltration‑membrane devices?
A: It owns large anti‑corrosion filtering area and outstanding dirt‑holding capacity, intercepts most chemical suspended impurities and corrosive colloids inside chemical‑workshop wastewater, slows ultrafiltration‑membrane fouling, cuts chemical‑cleaning frequency and prolongs membrane working‑life.
Q2: Can you customize anti‑corrosion high‑flow chemical‑industry filter‑element for my existing chemical‑plant ultrafiltration‑system?
A: Yes. Our technical workers adjust element length, filtration precision, anti‑corrosion filter‑medium material and end‑cap structure based on on‑site wastewater pH‑value, pipeline flow and filter‑housing parameters.
Q3: What is the regular replacement cycle for the high‑flow chemical‑industry filter‑element?
A: The replacement cycle lasts 1‑3 months under stable mild‑corrosion inlet‑water. Strong‑acid, strong‑alkali and heavily‑polluted chemical sewage will speed‑up element clogging and shorten service life.
Q4: Why install a liquid filter on the upstream pipeline of the high‑flow chemical‑industry filter‑element?
A: The upstream liquid filter intercepts gravel, rust chunks and rigid coarse chemical particles, prevents hard particles from scratching the anti‑corrosion folded filter cloth, delays clogging and builds dual‑stage protection for downstream ultrafiltration‑membranes.
Q5: Which factors will lead to early‑time clogging of the high‑flow chemical‑industry filter‑element?
A: Excessive chemical‑solute concentration of inlet‑water, upstream liquid‑filter breakdown, long‑term over‑rated‑flow running and improperly‑selected filter‑medium material will trigger fast pressure‑difference rise and premature blockage.
Q6: Is parallel installation available for multiple high‑flow chemical‑industry filter‑elements on large‑scale chemical‑factory ultrafiltration‑machines?
A: Parallel mounting is fully supported. Multiple filter‑elements work together inside large‑size corrosion‑resistant filter housings and provide steady large‑flow pretreated feed‑water for heavy‑duty chemical‑industry ultrafiltration‑equipment.
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