Vision Foam Ind Sdn Bhd
AL49, Lot 2321, Jalan Industri 5, Kampung Baru Sungai Buloh, 40160 Shah Alam, Selangor, Malaysia.
+6012-553 6168
+603-6156 8721

Flame Retardant Foam (FR) / ȼ

Flame Retardant Foam (FR) / ȼ Flame Retardant Foam (FR)


Fire Retardant special foams are formulated in a way which not only slows down the burning rate of foam but also get self-extinguished. We offers FR foam in various densities with various FR standards like CAL – 117, UL-94 HF1, BS-5852, FMVSS-302 and IS-7888 international and domestic test standards by a significant mark.

Flame Retardants Are Categorized As Either Additive or Reactive.

Additive flame retardants are incorporated into the compounds via physical mixing. Compounds containing flame-retardant elements are mixed with existing polymers without undergoing any chemical reactions. As a result, the polymer/additive mixture is less susceptible to combustion than the polymer alone. Since additive flame retardants can be incorporated into the product up until the final stages of manufacturing, it is typically simpler for manufacturers to use additive flame retardants than reactive flame retardants.

Reactive flame retardants are incorporated into polymers via chemical reactions. Reactive flame retardants must be incorporated at an early stage of manufacturing, but once introduced they become a permanent part of the polymer structure. Once they are chemically bound, reactive flame-retardant chemicals cease to exist as separate chemical entities. Reactive flame retardants have a greater effect than additive flame retardants on the chemical and physical properties of the polymer into which they are incorporated.

We uses non-halogenated phosphate Additive flame retardants. It demonstrates superior long-term efficacy as compared to chlorinated phosphate esters by virtue of its lower volatility upon ageing.

During combustion, the phosphate forms a char layer on the surface of the foam, acting as an insulator for the remaining material. The char layer acts as a barrier between oxygen and polymeric decomposition gases. There is convincing evidence, that in oxygen-containing polymers, phosphorous containing flame retardants can increase the char yield. Char formation implies that less of the molten polymer substrate is converted to combustible gases, so the mass loss is reduced. Secondly, char formation is often accompanied by water release, which dilutes the combustible vapours, making the vapours less combustible.


Fire Retardant Foams Offer The Following Advantages


👍   Low volatility and low discoloration and are used to allow manufactures to clear the FR standards like CAL – 117, UL-94 HF1, BS-5852, FMVSS-302 and IS-7888 international and domestic test with ease.
👍 Low emissions/fogging in foams.
👍 Superior foam physical properties.
👍 Excellent ageing retention, maintains FR performance over time.
👍 Excellent lamination properties.

The Main Applications

  • 👍  Automotive Industry. (Car seat cover/sunvisors)
  • 👍  Chair Seat & back Cushion in Made ups.
  • 👍  Acoustic application.
  • 👍  Used in Diesel Generators.
  • 👍  Furniture Cushions.

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