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Metal Fiber Sintered Filter Elements
High Porosity • Precise Filtration • Reusable • Designed for Extreme Conditions
Metal fiber sintered filter elements are made by randomly laying micron-sized metal fibers and sintering them into a porous depth-type structure under high temperature.
This unique structure provides high porosity, uniform pore distribution, excellent permeability, and superior backwash performance.
They are ideal for high-temperature, high-pressure, and corrosive environments, where stable and precise filtration is critical.
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Metal Fiber Sintered Filter Elements
High Porosity • Precise Filtration • Reusable • Designed for Extreme Conditions
Metal fiber sintered filter elements are made by randomly laying micron-sized metal fibers and sintering them into a porous depth-type structure under high temperature.
This unique structure provides high porosity, uniform pore distribution, excellent permeability, and superior backwash performance.
They are ideal for high-temperature, high-pressure, and corrosive environments, where stable and precise filtration is critical.
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Parameter | Value |
Filtration rating | 0.5 – 80 µm |
Porosity | 60 – 85 % |
Operating temperature | Up to 950 °C |
Differential pressure | Up to 10 MPa |
Corrosion resistance | Excellent in acid, alkali, and organic media |
Cleanability | Back-flushing, ultrasonic, or chemical cleaning |
Service life | > 10,000 hours typical |
(Can be Customized)
Parameter | Value |
Filtration rating | 0.5 – 80 µm |
Porosity | 60 – 85 % |
Operating temperature | Up to 950 °C |
Differential pressure | Up to 10 MPa |
Corrosion resistance | Excellent in acid, alkali, and organic media |
Cleanability | Back-flushing, ultrasonic, or chemical cleaning |
Service life | > 10,000 hours typical |
(Can be Customized)
High porosity (up to 85%) – low pressure drops and high flow rate
Excellent mechanical strength – withstands high differential pressures
Stable pore structure – maintains filtration accuracy after repeated cleaning
Superior backwash performance – reusable with long service life
Wide temperature tolerance – up to 950 °C depending on material
Corrosion and oxidation resistant – suitable for acids, alkalis, and hot gases
Customizable design – shapes, layers, and dimensions tailored for OEM systems
High porosity (up to 85%) – low pressure drops and high flow rate
Excellent mechanical strength – withstands high differential pressures
Stable pore structure – maintains filtration accuracy after repeated cleaning
Superior backwash performance – reusable with long service life
Wide temperature tolerance – up to 950 °C depending on material
Corrosion and oxidation resistant – suitable for acids, alkalis, and hot gases
Customizable design – shapes, layers, and dimensions tailored for OEM systems
Petrochemical and refinery process filtration
Hydrogen and gas purification
Catalyst protection and recovery
Polymer, resin, and viscous fluid filtration
Steam and high-temperature gas filtration
Power plant and turbine systems
Food, beverage, and pharmaceutical processes
Exhaust gas and dust filtration
Backwash and self-cleaning filtration systems
Petrochemical and refinery process filtration
Hydrogen and gas purification
Catalyst protection and recovery
Polymer, resin, and viscous fluid filtration
Steam and high-temperature gas filtration
Power plant and turbine systems
Food, beverage, and pharmaceutical processes
Exhaust gas and dust filtration
Backwash and self-cleaning filtration systems
ISO 9001, ISO 14001, ISO 45001 certified;
Sintering process controlled by vacuum furnace
Each element 100% leak tested and dimensionally inspected
ISO 9001, ISO 14001, ISO 45001 certified;
Sintering process controlled by vacuum furnace
Each element 100% leak tested and dimensionally inspected
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