Yin iyo ita ce hanyar samar da gilashin lebur ta hanyar shawagi da maganin gilashin a saman narkakkar karfe.
Amfaninsa ya kasu kashi biyu dangane da ko yana da launi ko a'a.
Gilashin ruwa mai haske - don gine-gine, kayan daki, kayan ado, motoci, faranti na madubi, kayan aikin gani.
Gilashin ruwa mai launi - don gine-gine, motoci, kayan daki da kayan ado.
Gilashin mai iyo ana amfani da shi sosai: madubi mai iyo azurfa, darajar gilashin mota, gilashin iyo kowane nau'in nau'in aiki mai zurfi, darajar gilashin ruwa mai iyo, darajar gilashin taso kan ruwa, gilashin gilashin taso kan ruwa. Daga cikin su, ultra-white float gilashin yana da fa'idar amfani da faffadar fa'idar kasuwa, galibi a fagen gine-ginen manyan gine-gine, sarrafa gilashin inganci da bangon labule na hasken rana, da kuma kayan daki na gilashin inganci, kayan ado. gilashin, samfuran kristal na kwaikwayo, fitilu da gilashin fitilu, masana'antar lantarki daidaici, gine-gine na musamman, da dai sauransu.
Ana yin aikin samar da gilashin ruwa mai iyo a cikin kwano mai wanka tare da iskar gas mai kariya (N 2 da H 2). Gilashin narkakkar yana ci gaba da gudana daga cikin kiln tafkin yana yawo a saman ruwan gwangwani mai ɗanɗano, kuma a ƙarƙashin aikin nauyi da tashin hankali, ruwan gilashin ya bazu a saman ruwan kwano, ya baje, ya samar da lebur. saman da kasa, yana taurare, kuma ana kai shi kan tebirin mika mulki bayan sanyaya. Rollers na tebur ɗin abin nadi yana jujjuya tare da ciro gilashin daga cikin wankan kwano zuwa cikin kwandon da ke cirewa, kuma bayan annashuwa da yanke, an sami samfurin gilashin iyo.
Motar layin layimodulemai kunnawana'ura ce da ke juyar da makamashin lantarki kai tsaye zuwa makamashin injina donmotsi na linzamin kwamfuta. Lokacin da iska mai hawa uku nalinzamin motaAna ciyar da actuator da halin yanzu, ana samar da "filin maganadisu na balaguro", kuma mai gudanarwa a cikin "filin maganadisu na tafiya" yana haifar da halin yanzu ta hanyar yanke layukan maganadisu, kuma filin na yanzu da na maganadisu suna hulɗa don samar da ƙarfin lantarki. A cikin wankan tin, wannan ƙarfin lantarki yana tura ruwan tin don motsawa, kuma ta hanyar daidaita sigogin motar, ana iya sarrafa alkibla da saurin kwararar ruwan kwano cikin sauƙi.
Modulin motar linzamin kwamfutamai kunnawazai iya haifar da canjin zafi. Thelinzamin mota mai kunnawaan shigar da shi a kan babban wankan kwano, kuma ana amfani da farantin jagora mai motsi don shigar da ruwa mai zafin jiki zuwa wajen bangon rumbun graphite, wanda ke gangarowa zuwa ƙasa ta hanyar motsin gilashin kuma ya dawo tsakiyar. wankan kwano a ƙarshen katangar rumbun, sannan ya koma baya ta wata hanya ta daban zuwa tushen farantin, wanda ya ci gaba da ɗaukar zafi yayin da yake dawowa kuma ana sake jagorantar shi zuwa gefe ta hanyar.linzamin motaa kai, don haka fahimtar aikin canja wurin zafi.
Amfani dalinzamin motaactuator a dace matsayi a cikin polishing yankin iya inganta denaturation kwana, bisa ga tin wanka tonnage, thinning tsari, gilashin sa da sauran dalilai zabi daban-daban model nalinzamin motada sigogin aiki, aikin ya tabbatar da cewa a ƙarƙashin yanayi guda, amfani dalinzamin motaactuator a matsakaita na iya sa kusurwar denaturation ya karu da digiri 3-7.
Motar layin layi mai kunnawaka'idar aiki ne don samar da sarrafawa a kaikaice tin kwarara a cikin polishing yankin, wannan ya kwarara a kan gilashin surface don samar da wani "haske caress" sakamako, da surface na m micro-zone to bace, da kuma sanya polishing yanayin zafin jiki uniform, su. rawar goge-goge don takawa.
Matsayinlinzamin motamodulemai kunnawaaka fi takaitawa kamar haka
1. inganta ingancin gilashin bakin ciki, inganta bambancin kauri.
2. Tabbatar da nauyin gyare-gyaren gilashi mai kauri.
3. Tabbatar da bel ɗin gilashin don hana na'urar cire gefen ta fito daga gefen.
4. Canja wurin zafi mai zafi na lantarki da daidaita yanayin zafi.
5. Rage bambance-bambancen zafin jiki na gefe, wanda yake da kyau ga mai kyau annealing.
6. Hana ruwan kwano ya yi ambaliya a wurin fita.
8. Cire tokar gwangwani.
Don ƙarin cikakkun bayanai na samfur, da fatan za a yi mana imel aamanda@KGG-robot.comko kuma a kira mu: +86 152 2157 8410.
Lokacin aikawa: Satumba-30-2022
