Baoji Along Filtration

1. Stainless steel sintered porous material description
Stainless steel sintering porous material is stainless steel 304, 304L, 316, 316L powder as raw material, through screening, molding, sintering from the micro-hole material.
2. The physical properties of stainless steel sintered porous materials:
Stainless steel sintered porous materials have excellent corrosion resistance, antioxidant, wear resistance, and aesthetic properties.
3. Performance characteristics of stainless steel sintered porous materials:
1) High temperature resistance, normal use below 500 degrees C.
2) High mechanical strength, good plasticity, can be mechanical processing.
3) corrosion-resistant, antioxidant, can be used in nitric acid, sulphuric acid, thin hydrochloric acid (5%), acetic acid, liquid hydrogen, liquid nitrogen environment.
4) The molding process is good, according to the customer drawings for processing once molding.
5) High filtration accuracy, good purification effect.
6) The pores are uniform, the internal structure is stable, and no particles fall off.
7) Good breathability, easy to blow back cleaning, can be used repeatedly online regeneration.
8) Wear-resistant and impact-resistant, good performance of the force.
e. Application of stainless steel sintering porous materials:
Stainless steel sintering porous materials are used in the fields of silence, filtration and separation, fluid distribution, flow limit, capillary core and so on according to their physical and structural properties.
1) Chemical raw materials in the production process of impurities filtration, material decarbonization filtration and fine filtration.
2) Security filtration of ultrafiltration, RO and EDI systems in water treatment.
3) Food and beverage industry finished product clarification filtering.
4) Filter recovery of precious metal catalysts in the petrochemical industry.
5) Precision filtration of liquid raw materials, products and pharmaceutical intermediates in the chemical industry.
6) Oil field backfew water filtration and other areas of reverse osmosis security filtration.
7) Steam and compressed air de-oil purification in gas purification.
8) Media purification and flow limits for pneumatic components, lubricants, fuel and hydraulic pressure systems.
9) High temperature decarbonization of chemical dye industry.