Doorkee ayay ka ciyaartaa budada caagga ah ee dib loo cusboonaysiin karo ee hoobiye ku salaysan gypsum? J: doorka budada cinjirka ee dib loo kala firdhi karo ee gypsum slurry qoyan: 1 waxqabadka dhismaha; 2 waxqabadka socodka; 3 thixotropy iyo anti-sag; 4 isbeddel isku-duubni; 5 kordhin waqtiga furan; 6 waxay kordhisaa haynta biyaha.
SaamayntaBudada dib loo celin karo ee dabacsanka dib daaweynta gypsum: 1 kordhinta xoogga jilicsanaanta (xabagta dheeraadka ah ee nidaamka gypsum); 2 xoogga foorarsiga oo sii kordhaya; 3 moodooyinka laastikada oo hoos u dhacaya; 4 sii kordheysa deformability; 5 cufnaanta walxaha sii kordhaya; 6 si loo hagaajiyo caabbinta xirashada, 7 si loo hagaajiyo isku xirnaanta, 8 si loo yareeyo nuugista biyaha walxaha, 9 si loo sameeyo maaddada hydrophobic (ku dar budada caag hydrophobic).
Waa maxay xabagta gypsum ee caadiga ah?
Jawaab: Wakiilka biyaha-haysta cellulose ether wuxuu leeyahay shaqada kordhinta adhesion ee u dhexeeya gypsum iyo saldhigga, sida baahida loo qabo in lagu xidho guddiga gypsum, gypsum block, gypsum khadadka qurxinta ee gypsum marka lagu daro wakiilka cellulose ether-xajinta, waxaad sidoo kale u baahan tahay inaad ku darto qaar ka mid ah xabagta organic, budada cinjirka ah ee la kala firdhiyo, budada caag polyvinyl alkohol, carboxymethyl cellulose (CMC) , istaarijka la beddelay, polyvinyl acetate (koollo cad) , Vinyl acetate-vinyl copolymer emulsion, iwm.
Sidee loo doortaa xabagta gypsum?
J: alkolada polyvinyl iyo karboksymethyl cellulose way ka yar yihiin biyuhu, laakiin sida gypsum waxa kaliya oo loo isticmaalaa gudaha gudaha sida koolada,Budada Latex dib loo cusboonaysiin karoShuruudaha loogu talagalay biyuhu-ilaalinta iyo adkeysiga ma sarreeyaa, markaa way ka dhaqaale badan tahay in la isticmaalo aalkolada polyvinyl iyo karboxymethyl cellulose si loo kordhiyo isku-xidhka. Polyvinyl acetate iyo vinyl acetate-vinyl copolymer emulsion waxay leeyihiin adhesion wanaagsan, caabbinta biyaha wanaagsan iyo adkeysiga, laakiin qadarka alkolada polyvinyl ayaa ka weyn kan gypsum, qiimuhuna wuu ka sarreeyaa.
Waqtiga boostada: Oct-16-2023