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The picture shows the temperature measurement monitoring and inspection of the discharge temperature of the nano-ceramic functional masterbatch molding machine by the production staff
The picture shows the temperature measurement monitoring and inspection of the discharge temperature of the nano-ceramic functional masterbatch molding machine by the production staffOn February 15, the Technology Research Institute of Jianxi New Materials Co.
This technology utilizes the synergy of nano-ceramic materials, nano-glass beads and aluminum hypophosphite, and uses cross-linking agents containing RSiX3 structure to pretreat the ceramic materials.
According to Li Yiwei, chairman of Jianxi New Materials Co.
There are many reports of flame retardant materials prepared by using the carbon-forming properties and temperature resistance of ceramic materials, but in practical applications, there are technical problems such as the uncompact structure of the ceramic-forming carbon layer, the high breakage rate, and the incomplete coverage of the carbon-forming layer
In view of this, the technical team of Jianxi New Materials Co.
Compared with halogen-based, nitrogen-based, phosphorus-based or inorganic magnesium, aluminum and other series of flame-retardant masterbatch products, the flame-retardant masterbatch developed by this project has low smoke, halogen-free, high flame retardant grade, and smoke toxicity can reach high polymer.
