I-elekthronikhiindwangu ye-fiberglassindwangu emahhadla

Indwangu ye-electronic grade glass fiber esetshenziswa ekwakhiweni kwengilazi i-aluminium carbon silicate, eyaziwa ngokuthiingilazi yamahhala ye-alkali, emhlabeni jikelele ebizwa ngokuthi ingilazi engu-E, okuyingilazi evikela ugesi.

Ingilazi engasebenzi isho ingilazi ye-aluminium silicate enokuqukethwe kwe-alkali metal oxide ngaphansi kuka-1%.Le GLASS YATHUTHUKISWA EKUQALENI NGEZICELO ZIKAgesi, KODWA USICELO SAKHO NJENGAMANJE SESEKE NGAPHEZU KWALOKHO FUTHI SESIPHESHE YI-UNIVERSAL GLASS FORMULA, IBALELWA NGO-80-90% WOMHLABA WONKE WOKUQHUBEKA KOMHLABA WONKE.

Njengamanje, ukwakheka kwengilazi ye-E glass fiber ekhiqizwa kuwo wonke amazwe emhlabeni icishe ifane, futhi izingxenye zayo eziyisisekelo ziyi-So, A0, Cao ternary system.Iphesenti lesisindo lishintshashintsha kuphela ebangeni elincane.Ibanga lokuguquguquka cishe lingokulandelayo: Si02 53% -56%;A20, 14% kuya ku-18%.Ca0 20% 24%;Na20 + K0 0.5%~1.0%;B0, 5% kuya ku-10

Indwangu ye-electronic fiberglass muslin

Ukusebenza kokufakwa kukagesi kwendwangu ye-fiber yengilazi kagesi kuphezulu kakhulu.Ezingeni lokushisa legumbi, ukumelana nevolumu yayo kanye nokumelana nendawo kungaphezulu kuka-10″0.cm.Ngokuvama kwe-10 ° H, i-Dielectric loss Angle ye-4 ingu-1.1 × 10-.I-dielectric application evamile engu-e ingu-6.6, futhi i-alkali free glass fiber inamandla amakhulu, futhi amandla ayo eyunithi yemvelo entsha afika ku-3.5GPa.I-elastic modulus yi-730CPa.Kuhle ukusho ukuthi i-oxide yensimbi ekubunjweni kwengilazi inguNa, 0

Okuqukethwe kwe-+K20 kuyisici esiyinhloko esithinta ukusebenza kokufakwa kukagesi kwe-glass fiber.Ukuze kuthuthukiswe izakhiwo zokufakwa kukagesi ze-glass fiber, okuqukethwe kwe-alkali metal oxides ezingxenyeni zengilazi kufanele kulawulwe ngokuqinile.

Ukuhlolwa kobuchwepheshe kufakazele ukuthi okuqukethwe kwe-Nap0 +K, 0 ku-fiber yengilazi kwehle kusuka ku-1.6% kuya ku-0.5%.Khona-ke ukumelana nevolumu ye-fiber yengilazi kungandiswa ngamanani angu-10

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