Sida budada aan organic ahayn, budada silikoon micro budada ah ayaa si weyn loogu isticmaalaa alaabta polymer.Wax ka beddelka dusha sare ka dib, quartz dabiiciga ah wuxuu qaataa budada silikoon micro byquartzshiidid, kaas oo leh sifooyin aad u fiican sida dahaarka sare, xasilloonida kulaylka sare, isugeynta ballaarinta kulaylka hooseeya, caabbinta acid iyo alkali, xirashada caabbinta, iwm. iyo warshado kale.
Waa maxay sababta daawaynta wax ka beddelka dusha sare loo isticmaali karo si loo soo saaro budada Silicon ee Quartz dabiiciga ah
Silicon micro budada lafteeda waa polar iyo walxo hydrophilic, taas oo ka duwan sifooyinka isdhexgalka ee matrix polymer, waxay leedahay iswaafajin liidata, wayna adagtahay in lagu kala firdhiyo walxaha asaasiga ah.Sidaa darteed, sida caadiga ah waa lagama maarmaan in wax laga beddelo dusha sare ee budada silikoon, oo si ula kac ah loo beddelo sifooyinka jidheed iyo kiimikaad ee dusha sare ee budada micro silikoon iyadoo loo eegayo baahida codsiga, si loo hagaajiyo waafaqsanaanta qalabka polymer-ka organic oo la kulmo kala firdhinta iyo baahida dareere ee alaabta polymer.
Goobta codsiga ee quartz dabiiciga ah ka dib markii la helo budada silicon by quartzshiidid
Silicon micro budada waxaa loo isticmaali karaa in beero badan, sida naxaas clad laminate, caag, caag, daahan, epoxy caag ah sealant, qalabka dahaarka korantada, xabagta, qalabka dhismaha, iwm Sida buuxinta CCL, budo yar silikoon crystalline waxaa loo isticmaali karaa. warshadaha leh shuruudaha wax soo saarka hoose ee qiimo jaban, waxayna hagaajin karaan xasiloonida kulaylka, qallafsanaanta, fidinta kuleylka kuleylka iyo sifooyinka kale ee CCL ilaa xad.Budada micro-ga ah ee Silicon waxay leedahay faa'iidooyinka cabbirka walxaha yaryar, meel sare oo gaar ah, caabbinta kulaylka wanaagsan iyo xirashada caabbinta.Waxay hagaajin kartaa caabbinta xirashada, xoogga xajinta iyo modules-ka, caabbinta jeexjeexa sare iyo sifooyinka kale ee isku-dhafka caagga ah.Budada micro Silica waxaa loo isticmaali karaa sida buuxinta warshadaha daahan, taas oo aan yarayn kara oo kaliya kharashka diyaarinta daahan, laakiin sidoo kale hagaajinaysaa waxqabadka daahan, sida caabbinta heerkulka sare, acid iyo caabbinta alkali, xidho iska caabin ah, iska caabin cimilada, iwm.
Habka Socodka Quartz Dabiiciga ah Isticmaalka QuartzshiididSi loo soo saaro budada Silicon
Silicon dioxide (SiO2) waxay leedahay laba nooc: crystalline iyo amorphous amorphous, markaa SiO2 micro budada waxaa ka mid ah crystalline iyo amorphous state.SiO2 crystal, atom kasta oo silikoon ah waxa ku hareeraysan afar atamka oksijiin oo isku xiga waxana uu ku yaalaa badhtamaha afarta atam ee O.Waxay ku darsataa afartan atomi ee ogsijiinta leh curaarta covalent si ay u sameeyaan qaab-dhismeedka shabakad saddex-cabbir ah oo leh tetrahedron silikoon oksijiin oo ah qaab dhismeedka aasaasiga ah.Qaab dhismeedka crystal ee SiO2 ayaa lagu muujiyay shaxanka.Budada yar yar ee silica waxaa laga diyaarin karaa quartz dabiiciga ah ama quartz isku dhafan iyada oo loo marayo burburin, shiidid, sabbeyn, qajaar, nadiifin, daaweynta biyaha nadiifka ah iyo hababka kale.
Si loo sameeyo budada silikon ee quartz dabiiciga ah, deggan, hufan, tamarta-badbaadinta iyo xirfad-yaqaan deegaanka-saaxiibtinimoquartz shiidiing Millayaa loo baahan yahay.HLMX quartz superfine toosanrullaluistemadkawarshad ee HCMilling (Guilin Hongcheng), xirfadle ahaanquartz superfinewarshad, waxay si hufan u shiidi kartaa quartz dabiiciga ah si ay u soo saarto budada silikon.Iyada oo socodka fudud ee habka fudud iyo qalabka nidaamka yar, waa qalab naadir ah oo leh waxqabad qiimo sare leh.Qaab dhismeedka qaabdhismeedka is haysta, aagga dabaqa yar, kaliya 50% ee mashiinka kubbadda, waxaa lagu diyaarin karaa hawada furan, kharash yar oo dhismo ah, oo u abuur macaash badan macaamiisha.
Haddii aad leedahay wax khuseeyaquartzshiidid requirements, please contact mkt@hcmilling.com or call at +86-773-3568321, HCM will tailor for you the most suitable grinding mill program based on your needs, more details please check www.hcmilling.com.
Waqtiga boostada: Dec-12-2022