The temperature around high-temperature furnaces, electric furnaces, continuous casting machines and other equipment in the metallurgical industry is extremely high, and ordinary cable sheaths are prone to aging or melting. The Fire Sleeve can withstand instantaneous high temperatures of up to 1000 ° C or higher (such as molten metal splashing), and its long-term operating temperature can also reach 260 ° C~550 ° C (depending on the material), effectively extending the lifespan of the cable.
 

In the intelligent robot industry, Fire Sleeve can effectively protect critical cables and pipelines, reduce failure rates, and improve the reliability of robots in high-temperature, frictional, flammable, or corrosive environments. Whether it is industrial robots, logistics AGVs, or special robots, choosing the right Fire Sleeve can significantly improve safety and service life.

 

• Rocket engine protection: resistant to high-temperature gas erosion, protecting fuel delivery pipes and electrical circuits.
• Satellite cable management: Maintain cable flexibility under extreme temperature differences in space (-150 ° C~+200 ° C).
• Fire safety of manned cabins: prevent electrical short circuits inside the cabin from causing fires

• High temperature resistance: The silicone ceramic composite sleeve can withstand instantaneous high temperatures ranging from 1000 ° C to 1650 ° C.
• Flame retardant and fire-resistant: Complies with UL 94 V0, EN 13501-1 and other standards to prevent the spread of fire.
• Chemical corrosion resistance: resistant to acidic/alkaline gases, coolants, and lubricants in glass manufacturing.

Fire Sleeve effectively reduces the risk of cable fires and ensures the safe operation of power generation, transmission, and distribution equipment through its excellent fire resistance, high temperature resistance, and mechanical protection performance

The transportation industry, including automobiles, rail transit, ships, and aviation, has extremely high requirements for safety and reliability. Fire sleeves can effectively protect critical cables, pipelines, and connecting components, preventing safety accidents caused by high temperatures, friction, or fires.