Technical Features of Graphene Fire Extinguishing Agents


Release time:

17 Dec,2025

1) High environmental friendliness: The product is water-based and inorganic; its production process generates no “three wastes.” The finished product is mildly alkaline, colorless, odorless, non-toxic, harmless, does not deplete the ozone layer, does not harm the environment, and does not contribute to the greenhouse effect—making it highly environmentally friendly.

1) High environmental friendliness:

The product is water-based and composed of inorganic substances. The production process generates no "three wastes." The finished product is mildly alkaline, colorless and odorless, non-toxic and harmless. It does not deplete the ozone layer, does not harm the environment, and does not contribute to the greenhouse effect, making it highly environmentally friendly.

2) Fast fire suppression:

It comprehensively employs multiple fire-extinguishing methods—cooling, flame interruption, asphyxiation, and chemical suppression—resulting in rapid fire suppression. It uses a cold-flame extinguishing technique that quickly cools the fire and suppresses combustion, achieving an extinguishing speed 6 to 10 times faster than that of conventional fire suppressants.

3) Excellent fire-extinguishing performance:

Water-based flame retardants can significantly reduce the surface tension of water, enabling rapid penetration and swift extinguishing of fires. Graphene helps quickly form a protective film on the surface of burning materials, effectively inhibiting combustion, enhancing fire-extinguishing efficiency, and permanently preventing reignition.

4) Good high-temperature resistance:

After the product penetrates deep into the combustible material, it instantly transforms into an oxide salt when exposed to high temperatures ranging from 340 to 450 degrees Celsius. This oxide salt can withstand temperatures as high as 2,852 degrees Celsius, thereby forming a high-temperature oxide protective layer on the solid surface and achieving a sustained flame-retardant effect.

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