PA/PE powder sintered filter elements are porous filter cartridges made of ultra-high molecular weight polyethylene (PE) or polyamide (PA) through a high temperature sintering process. It has the characteristics of acid and alkali resistance, high temperature resistance, and uniform micropore distri

Titanium Powder Sintered Filter Cartridge Product Description:Titanium powder filter elements(including tubular and plate types) are manufactured from industrial-grade, high-purity titanium powder through high-pressure, high-temperature sintering. The combination of sophisticated production techniqu

The stainless steel titanium rod filter is a high-performance filtration equipment widely used in pharmaceutical, food, beverage, chemical and other industries. It adopts titanium powder sintered filter element, which is made of high-purity titanium metal powder processed by high-temperature sinteri

Sintered mesh filter cartridges: The Industrial ‘Guardians’ of Precision FiltrationStill troubled by inadequate filtration precision?Sintered mesh filter elementsdeliver comprehensive filtration precision, from 2μm to 100μm, effortlessly meeting diverse requirements across chemical processing, food

Microporous titanium rod filter elements are porous filtration materials, sintered from high-purity titanium powder. They exhibit outstanding corrosion resistance, high filtration precision, and excellent mechanical strength, finding widespread application in pharmaceuticals, chemicals, food and bev

Sintered PE Filter CartridgesMulti-layer PE material is sintered at high temperatureUniform pore size, filtration accuracy optional from 1–100 μmAcid and alkali resistant with strong corrosion resistanceEspecially suitable for working conditions with heavy dustWe use this for dust filtration in our

Corrosion Resistance: PE sintered filter cartridges demonstrate acid and alkali resistance comparable to PTFE below 80℃. PA sintered filter cartridges enhance mechanical strength through carbon fibre reinforcement. Filtration Precision: Featuring microporous pores ranging from 0.1–100μm, precise fil