Silicon Carbide Ceramic Membrane

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.

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.

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.

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.

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.

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.