Polyethylene PE sintered filter tube
Using high quality ultra high molecular weight polyethylene as the main raw material, after scientific formula sintering molding, compact structure, strong, light weight, can withstand higher filtration pressure, and the aperture of the filter element is the same inside and outside, easy to reverse blowing slag, has good corrosion resistance to acid and alkali solvent.
PE sintered filter rod
Using high quality ultra high molecular weight polyethylene as the main raw material, after scientific formula sintering molding, compact structure, strong, light weight, good hydrophilic, acid and alkali solvent has good corrosion resistance.
Ethylene PE sintered filter ball
High quality ultra high molecular weight polyethylene as the main raw material, after scientific formula sintering molding, compact structure, strong, light weight, can withstand higher filtration pressure, and the same aperture inside and outside the filter ball, easy to reverse blowing slag, has good corrosion resistance to acid and alkali solvent.
PE sintered filter disc
Using high quality ultra high molecular weight polyethylene as the main raw material, after scientific formula sintering molding, compact structure, strong, light weight, good mechanical properties, filter various types of specifications, round, square, rectangular, hydrophilic and hydrophobic, acid and alkali solvent has good corrosion resistance.
PE sintered filter element
Using high quality ultra high molecular weight polyethylene as the main raw material, after scientific formula sintering molding, compact structure, strong, light weight, can withstand higher filtration pressure, and the aperture of the filter element is the same inside and outside, easy to reverse blowing slag, has good corrosion resistance to acid and alkali solvent.
Polyamide (PA) sintered filter element
PA sintered filter element is made of high quality ultra high molecular weight polyethylene (UHMPE) as the main raw material and carbon fiber sintered through scientific formula.