Fire Retardant Mechanism of Calciborite
Calciborite is an aqueous calcium borate mineral formed from boromagnesite and borax. The fire retardant mechanism it has is explained in detail below.
1. When Calciborite is heated above 300℃, it slowly releases crystal water, absorb a large amount of heat energy and lowering the temperature of the burning surface.
2. The released water dilutes the oxygen in the air to suppress the combustion reaction.
3. Finally, a glassy film of boron oxide is formed to cover the polymer and to function as a heat insulating and oxygen barrier.
4. It is compounded with organic halides and has better flame retardant effect.
Related News
May 29, 2019Boric acid chip can be ground into a boric acid powder, boric acid powder is a kind of external use, appearance is white powder, mainly as a disinfection antiseptic, without excitant, boric acid powde...view
August 9, 2018Since 1999 we supply boron oxide (B2O3, CAS NO.: 1303-86-2, Other name: boric oxide, boron trioxide, boric anhydride, boric acid anhydride, diboron trioxide) to refractory and glass industries. It is ...view- August 9, 2018Boron oxide (B2O3), Formula Weight is 69.63.B2O3 can reduce the coefficient of expansion of glass, provide thermal stability and chemical stability of glass, increase the refractive index of glass, im...view
English 
中文 
한국어 
Español 
Electronic Grade Anhydrous Boric Acid
Boron oxide powder with the purity 99% MIN and 60-200 mesh mainly used in the chemical lab as reagents and electronic industry. View More
Premium Grade Boron Oxide CAS NO 1303-86-2
Boric oxide powder with the purity 98.8%MIN and 60-200 mesh mainly used in the glass, ceramics, refractory raw materials, catalysts for chemical processing and chemical agent. View More
Industry Grade Anhydrous Boric Acid Einecs NO 215-125-8
Boron trioxide powder with the purity 98%MIN and 60-200mesh mainly used in alloy steel industry. View More
Boric Acid
Boric acid used in the quality borosilicate glassmaking and optical glassmaking, glaze for metal surface in porcelain enamel industry and seves as flus in alloy welding. View More
+86-29-88238008 / 88238009 
1703# B Building West Electronic Zone New and High-Tech Industrial Development Zone, Yanta District, Xi'an, China. 
+86-29-88238008 / 88238009 
1703# B Building West Electronic Zone New and High-Tech Industrial Development Zone, Yanta District, Xi'an, China.