When a fire strikes, traditional materials are prone to melting at high temperatures, while ceramicized silicone rubber "transforms" in flames - it combines the insulation and aging resistance characteristics of silicone rubber. After adding ceramic powder, it quickly forms a dense ceramic layer when exposed to fire, which is flame retardant, low smoke, non-toxic, and does not melt at 230 ℃. It becomes the "golden armor" of wires and cables, ensuring smooth power supply and protecting lifelines in a fire.

In the field of new energy vehicles, it provides a "safety shield" for battery packs, motors, and electronic control systems to enhance vehicle safety; In aerospace, it transforms into engine insulation material and cabin seals, helping aircraft withstand high temperature tests; In the field of architecture, it transforms into fireproof doors and windows, thermal insulation coatings, and builds safety barriers; In the chemical industry, it has become the "steel body" of corrosion-resistant pumps, valves, and pipelines, reducing maintenance costs.

In terms of processing technology, it continues the friendliness of silicone rubber, and can be molded into complex shapes through extrusion and compression molding, easily adapting to diverse needs. With technological breakthroughs, continuous performance upgrades, and expanding application scenarios - from wires and cables to aerospace, from construction and chemical engineering to daily life, ceramicized silicone rubber is using the flame of technology to temper the safety shield, injecting peace of mind into production and life, and promoting industrial innovation to new heights.

In the flames, it is as stable as a rock; In the future, its potential is unlimited - ceramicized silicone rubber makes safety more reliable and innovation more sustainable.

Regarding liquid silicone rubber, please refer to our website for details: IOTA Liquid Silicone Rubber