Silicon carbide disc type membrane is a separation material that combines high permeability, excellent chemical stability, and high temperature strength. Disc type membrane is suitable for high-temperature flue gas dust removal (such as coal power plants/waste incineration plants); chemical catalytic reactor and fields such as filtration and separation in strong acid environments.
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Silicon carbide ceramic tubular membrane is a separation material that combines high permeability, excellent chemical stability, and high temperature strength. Tubular filter membrane is suitable for high-temperature flue gas dust removal (such as coal power plants/waste incineration plants); chemical catalytic reactor and fields such as filtration and separation in strong acid environments.
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Silicon carbide diesel particulate filter (DPF) is a key component used for diesel engine exhaust aftertreatment, mainly for capturing and removing particulate matter (PM, such as soot particles) in exhaust . SiC filter membrane has the characteristics of high temperature resistance, high thermal conductivity, corrosion resistance, oxidation resistance, and high mechanical strength.
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Silicon carbide porous ceramic filter membrane is a high-performance filtration medium based on silicon carbide material. Silicon carbide ceramic membrane has high porosity, high temperature resistance, corrosion resistance, high strength and other characteristics.
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Silicon carbide flat sheet membrane is a separation material that combines high permeability, excellent chemical stability, and high temperature strength. Flat sheet filter membrane is suitable for high-temperature flue gas dust removal (such as coal power plants/waste incineration plants); chemical catalytic reactor and fields such as filtration and separation in strong acid environments.
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Silicon carbide filter membrane combines high permeability, excellent chemical stability and superior high-temperature strength. The column ceramic filter membrane is ideally suited for high-temperature flue gas dedusting (coal power plants/waste incineration), chemical catalytic reactors, and filtration-separation applications in strong acid environments.
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