The main reasons for using fiberglass fireproof sleeves on the outside of hydraulic hoses include:
Fire performance: The fiberglass fire casing has excellent fire performance, which can effectively isolate the high temperature environment and prevent the fire source from directly contacting the hydraulic pipe. In industrial environments, hydraulic systems may involve hot liquids or hot operating conditions, and the use of fireproof sleeves can help reduce the risk of fire.
Thermal isolation and protection: Hydraulic pipes may be affected by hot liquids during work, and fiberglass fireproof sleeves provide effective thermal isolation and protection. This helps prevent aging, wear or damage to hydraulic pipes caused by high temperatures, extending the life of lines and connections.
High temperature resistance: The glass fiber material itself has excellent high temperature resistance and can maintain stability in high temperature environments. This makes fiberglass fireproof sleeves an ideal material for the high temperature conditions that can be encountered in hydraulic systems.
Mechanical Protection: Fiberglass fire jackets not only provide thermal insulation but also provide a degree of mechanical protection. In industrial environments, hydraulic lines can be threatened by mechanical crushes, impacts, or other external physical damage, and casing can help mitigate these effects and prevent damage to lines.
Environmental adaptability: Fiberglass fireproof sleeves usually have good corrosion resistance and can adapt to different industrial environments, including wet, corrosive liquids and other conditions.
Overall, the use of fiberglass fire jackets in hydraulic systems helps improve the safety, reliability, and durability of the system. Choosing the right fire casing can ensure the stable operation of the hydraulic system at high temperatures and complex environments according to the specific industrial application needs.
Fiberglass fireproof sleeve