316L porous stainless steel powder sintered filter plate

Product introduceÂ

316L porous stainless steel powder sintered filter plate, using 316L powder as raw material, after screening, forming, sintering into a micro filter g to customer's requirements, we can produce various shapes, structures, different granularity, porosity porous components, suchas: cover, cap, piece, pipe, rod filter s steel powder filter material is a new filter materialwith wide development prospect.

Product parameters

name:Porous stainless steel sintered filter plate

color :Gray

porosity:35%

thickness:1.0mm

Main performances:Â

1.High temperature resistance, normal use below 500 degrees Celsius.

2.High filtration accuracy, pore stability, can effectively remove suspended matter and particles, exnt filtration accuracy, good purification effect.

3.Good air permeability, small pressure loss.??High porosity factor, uniform pore size, small initial resistance, easy to blow back, onneration, easy to clean, strong regeneration ability, long service life.

4.High mechanical strength, good rigidity, good plasticity, no additional skeleton support protection, simple installation and use, convenient maintenance, goodassembly,welding, bonding and mechanical processing.

5.Uniform porosity, especially suitable for fluid distribution, homogenization treatment and other occasions requiring high uniformity.

6.Filtration accuracy: 1~50μm.

7.No particles fall off, do not make the original liquid for secondary pollution.

8.Good mechanical properties, low pressure difference, large flow, pressure filter, suction filter, simple operation.

9.Good corrosion resistance, can be in nitric acid, sulfuric acid, acetic acid, oxalic acid, sric acid, 5% hydrochloric acid, molten sodium, liquid hydrogen, liquid nitrogen, hydrogen sulfide, acetylene, water vapor, hydrogen, carbondioxide gas and other environment stable use.Â

10.Good molding process, the whole length without welding can reach 1200mm.Stainless steel powder products once forming, no cutting, high effective utilization of raw materials, the largest degree of material saving, especially suitable for large batch, complex structure of components.Â