Fire Retardant Coating Fire Retardancy Principle_News Center Co., Ltd._Hebei Xinjin teng Fire Retardant Materials Co., Ltd. 
在线客服 在线客服邀请中...
关闭

您好,现在客服正邀请与您通话,请留下您的联系方式,客服将尽快与您取得联系。

 点击提交代表您同意《服务条款》《隐私政策》
Hebei Xinjin teng Fire Retardant Materials Co., Ltd.

Expanding fire-retardant coating, Non-expanding fire-retardant coating, Cable...

Soule Star Diamond Member
Consultation Hotline
18633612261

News Category
  • No Category
Home > News Center Co., Ltd. > Fire Retardant Coating Fire Retardancy Principle
News Center Co., Ltd.
Fire Retardant Coating Fire Retardancy Principle
Publish Time:2023-03-15        View Count:53        Return to List

Hebei XinjinTeng Fireproof Materials Co., Ltd. is a manufacturer of fireproof materials, with their products predominantly used in construction. A variety of fireproof materials play a crucial safety role in modern fire protection.
        

        The fire-retardant principle of fire-resistant coatings can be roughly summarized into the following five points:

The fire-retardant coating itself is non-combustible, preventing the protected base material from directly contacting oxygen in the air.

Fire-resistant coatings have a lower thermal conductivity coefficient, slowing the rate of heat transmission to the base material.

Fire-retardant coatings decompose into non-flammable inert gases when heated, diluting the flammable gases released by the protected object, making it less likely to ignite or burn at a slower rate.

Nitrogen-containing flame-retardant coatings decompose upon heating to release groups such as NO and NH3, which then react with organic free radicals, breaking the chain reaction and lowering temperatures.

⑸ The expandable fire-retardant coating expands and foams upon heating, forming a carbonaceous foam insulating layer that encapsulates the protected object. This delays the transfer of heat to the base material, preventing the object from igniting, burning, or experiencing a decrease in strength due to temperature rise.


 Click submit means you agree to《Service terms》《Privacy policy》

18633612261