FIRECHEM AFFF’s composition consists of Fluorocarbon and hydrocarbon surfactants blended with various solvents and preservatives. It produces a vapour – sealing film that spreads rapidly over the fuel surface to provide an immediate control over fire.

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FIRECHEMAR-AFFF is an eco -friendly, totally synthetic blend of surfactants and special polymers. The foam creates a physical polymer – membrane barrier between the foam blanket and fuel surface. It is highly effective against hydrocarbon fires and with the addition of special polymers, it is also highly effective against polar solvents. It is highly versatile and so eliminates the need to stock a variety of foam types.

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Foam produced by protein foam technology is tough, stable and heat resistant and covers the burning hydrocarbon fuel surface rapidly. The high stability of the foam blanket ensures the risk of re-ignition and provides excellent protection against ‘burn-back’, should any inaccessible pockets of fire remain.

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The large volume of foam produced blankets the area being protected and prevents air from reaching the fire. High Expansion Foam Concentrates are suitable with low, medium and high foam generating equipments.

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FIRECHEM manufactures a wide range of Class A Foam Concentrates for use in a variety of firefighting applications. When proportioned with water, Class A foam concentrates change the water properties, reducing the surface tension allowing greater penetration into Class A fuels.

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FIRECHEM has designed the Fluorine Free Foam to control and reduce the volume of harmful chemicals used in foam formulations. Fluorine Free Foam Concentrate is specially formulated to meet the growing demand for environmentally benign training foams. It is completely biodegradable and is available in three different types.

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This biodegradable and environment friendly synthetic foam formulations are manufactured for use in live fire training. It is suitable to use with both fresh and salt water. It is functional in any proportioning and generating equipment. The expansion and drainage characteristics are similar to AFFF 3% and low in toxicity; it can be used in sewage treatment plants.

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