Yoruba

Polymer Sintered Felt

Ohun elo aise ti Polymer Sintered Felt jẹ ti awọn okun polima, eyiti o ni agbara to dara, porosity aṣọ, ati agbara didimu idoti giga, nitorinaa iyọrisi resistance kemikali ati iduroṣinṣin gbona. O ti wa ni lilo pupọ ni awọn ile-iṣẹ bii awọn oogun, itọju omi, ati iṣelọpọ kemikali.

Firanṣẹ Imeeli Gba lati ayelujara

ọja Apejuwe

Awọn nkan	Apejuwe
Orukọ ọja	Polymer Sintered Felt
Ohun elo	Awọn okun polima ti o ni iṣẹ giga (fun apẹẹrẹ, PTFE, PPS, PEEK, PVDF)
Ilana	Sintered ti kii-hun okun be pẹlu aṣọ porosity
Yiye sisẹ	Ni deede 0.1 - 100 microns
Awọn iwọn	Aṣeṣeṣe (ipin, onigun, tabi awọn apẹrẹ pataki)
Sisanra	Yatọ lati 0.2mm si 5mm, asefara
Iho Iru	Microporous be pẹlu aṣọ pinpin
Ṣii Iwọn Agbegbe	Porosity ti o ga julọ fun ṣiṣe sisẹ ti o dara julọ
Asopọmọra Iru	Le ti wa ni iwe adehun, welded, tabi férémù
Awọn iwọn otutu ti nṣiṣẹ	Titi di 300 ° C, da lori iru polima
dada Itoju	O le jẹ hydrophobic, hydrophilic, tabi itọju kemikali
Ipata Resistance	O tayọ resistance si acids, alkalis, ati olomi
Media to wulo	Afẹfẹ, omi, epo, kemikali, ati awọn gaasi
Ohun elo Industries	Awọn oogun, ounjẹ ati ohun mimu, itọju omi, ṣiṣe kemikali, ẹrọ itanna, ati aaye afẹfẹ
Awọn ẹya ara ẹrọ	Igbara giga, sisẹ kongẹ, permeability ti o dara julọ, ati resistance si clogging
Awọn aṣayan isọdi	Wa ni oriṣiriṣi awọn titobi pore, sisanra, ati awọn apẹrẹ
Iṣakojọpọ	Olukuluku edidi apoti tabi olopobobo yipo, gẹgẹ bi ose ibeere

Polymer Sintered Felt Dimensions

Pharmaceutical & Biotech Industry

High-Purity Filtration for Critical Processes
Polymer Sintered Felt is widely used in pharmaceutical and biotech production lines where sterile, high-purity filtration is essential. Its uniform pore structure and chemical resistance make it ideal for filtering solvents, APIs, and biologics, ensuring product integrity while withstanding aggressive cleaning protocols and sterilization

Reliable Microfiltration for Fluids Under Pressure

In automotive applications, Polymer Sintered Felt is used in fuel and lubrication systems to filter fine particles under high pressure and high temperatures. Its robust structure provides consistent performance and protects sensitive engine components, contributing to longer engine life and improved fuel efficiency.