Fire Retardant Material

1.Non-halogenated Flame Retardants is environmental.
2.Non-halogenated Flame Retardants has moderate specific gravity, uniform particle size distribution.
3.Non-halogenated Flame Retardants have good dispersed liquidity,
4.Non-halogenated Flame Retardants in internal heat conduction reduces the ratio of component temperature.

1.Flame retardant material in internal heat conduction reduces the ratio of component temperature.
2.Flame retardant material can be used alone or in combination with other flame retardants.
3.Flame retardant material has good heat resistance, high thermal decomposition temperature.
4.Fire retardant material’s decomposition temperature is high, and it absorbs the heat from the surface of the combustor.

1.Magnesium hydroxide for flame retardants can help to improve the fire resistance of synthetic materials.
2.Magnesium hydroxide for flame retardants has better smoke suppression effect,when compared with similar inorganic flame retardants.
3.Magnesium hydroxide for flame retardants is a healthy substances during production, use and waste, and can also neutralize the acidic and corrosive gases generated during combustion.
4.Magnesium hydroxide for flame retardants is environmental.

1.The whole flame retardant process doesn't have any harmful substance to produce.
2.Fire retardant material can absorb a large number of harmful gases and smoke produced by the combustion of rubber, plastic and other polymers.
3.Magnesium hydroxide is a healthy substances during production, use and waste, and can also neutralize the acidic and corrosive gases generated during combustion.
4.Fire retardant material is environmental.

1.Fire retardant material has the function of inhibiting polymer decomposition and cooling the combustible gas produced.
2.The decomposed magnesium oxide is also a good refractory.
3.Fire retardant material in internal heat conduction reduces the ratio of component temperature.
4.Fire retardant material can be used alone or in combination with other flame retardants.

1.Fire retardant material’s decomposition temperature is high, and it absorbs the heat from the surface of the combustor.
2.The whole flame retardant process doesn't have any harmful substance to produce.
3.Fire retardant material can absorb a large number of harmful gases and smoke produced by the combustion of rubber, plastic and other polymers.
4.Fire retardant material absorbs a large amount of latent heat to reduce the surface temperature of the composite material it fills in the flame.
5.Fire retardant material has the function of inhibiting polymer decomposition and cooling the combustible gas produced.

1. The hyperbranched polyamine charring agent we produce is an inorganic mineral with a natural fibrous structure.
2. The polymer charring flame retardant we produce uses nanocomposites developed using nanotechnology to improve the flame retardancy level.
3. The char-forming flame retardant we produce uses an environmentally friendly inorganic formula.

1.Fire retardant material absorbs a large amount of latent heat to reduce the surface temperature of the composite material it fills in the flame.
2.Fire retardant material has the function of inhibiting polymer decomposition and cooling the combustible gas produced.
3.The decomposed magnesium oxide is also a good refractory.
4.Fire retardant material can helpto improve the fire resistance of synthetic materials.