Fire prevention refers to reducing the flammability of materials in flames and slowing down the spread of flames. When the flame is removed, it can quickly self-extinguish and no longer stain. What are the processes and conditions of combustion? The combustion process of fibers, that is, from ignition to final combustion products, requires a series of complex physical and chemical changes. These changes have no obvious stages and can usually be divided into: (1) Thermal cracking of fabric materials, resulting in flammability Gases, non-flammable gases and carbonized residues. (2) Flammable cracking, when the temperature reaches the ignition point or encounters other fire sources, it ignites and releases heat, smoke and smoke. (3) The heat released causes the fiber to continue to crack and burn, causing the flame to spread.
Because of its durable flame retardancy, flame-retardant fabrics have broad application prospects. It is understood that flame-retardant polyester has a wide range of applications. In addition to playing an irreplaceable role in industrial textiles, building interior decoration, vehicle interior decoration, etc., it also plays a lot of roles in the field of protective clothing. Flame-retardant fabric production The flame retardant protective clothing has excellent washing resistance, is non-toxic, odorless and non-irritating, safe and reliable for the human body, breathable and moisture-permeable, soft to the touch and comfortable to wear. 
What are the specifications of Oxford cloth? Such as 1680D, 1200D, 900D, 600D, 420D, 300D, 210D, 150D and other Oxford cloth. Function classification of Oxford cloth: fire-retardant cloth, waterproof Oxford cloth, PVC Oxford cloth, PU Oxford cloth, camouflage Oxford cloth, fluorescent Oxford cloth, Printed Oxford cloth, composite Oxford cloth, etc.
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