The sintered metal filter media can mainly withstand temperatures up to 500°C. There are also products that can handle higher temperatures depending on the material! (Please contact us for more details.)
We propose filter systems that leverage the characteristics of filter elements and are active in the field of clean energy. In particular, as elements for pulse jet gas filters, they are utilized in hydrogen production, SAF, biomass fuel production, GTL, CTL, and more. 【Features】 The downflow partial back-blow design proposed by Fuji features the most distinctive and efficient structure, ensuring that the gas flow does not intersect during back-blowing. 【Scope of Proposal】 - Proposal, design, and manufacturing of filter elements - Proposal, design, and manufacturing of filter housings and systems
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basic information
【Selectable Filter Media】 GKN Sintered Metal Powder Filter FPM (Metal Fiber + Mesh Composite Filter) Fuji Plate Laminated Sintered Metal Mesh Filter 【Required Performance of Filter Media】 ○ Shape stability ○ Excellent fatigue and impact resistance ○ Effective against heat and thermal shock → Can prototype materials that withstand up to 500°C with stainless steel, and special materials can be considered for up to ~900°C ○ Excellent chemical resistance to acids and (alkaline) solvents ○ Superior backflow effect ○ Excellent cleanability against high-pressure, high-temperature steam, chemicals, and firing For product features and material details, please download the catalog for more information or feel free to contact us.
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Delivery Time
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Applications/Examples of results
Applications: 〇 Energy-related Hydrogen production process SAF production process Biomass fuel gas production process GTL process CTL process 〇 Fine chemical-related Catalyst recovery process Carbon recovery process Polysilicon recovery process
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Company information
Fuji Filter not only manufactures and sells filter elements but also continues to operate as a "comprehensive engineering of filter systems," researching, developing, and designing optimal systems to meet all the demands of the filtration industry.
