When the fabric has certain flame-retardant properties after being flame-retardant, after treatment, the flame-retardant fabric is not easily ignited by the fire source, and the flame spread slows down. After the fire source is removed, the flame-retardant fabric generally will not continue to burn, that is, The afterburning time and smoldering time are greatly shortened, and the burning performance of flame-retardant fabrics is greatly reduced.
According to the Depending on the way flame agents are introduced into textiles, the methods for producing flame-retardant fabrics can be divided into: producing flame-retardant fibers, fiber post-treatment methods, padding and baking methods, coating methods, and microencapsulation methods. There are two methods for producing flame-retardant fibers. One is to add flame retardants to the spinning solution during the synthetic fiber process, and then go through spinning and weaving processes to obtain flame-retardant fabrics; the other is to The fiber is chemically modified, and the flame-retardant compound is introduced into the macromolecular chain of the chemical fiber as a comonomer to make flame-retardant fiber. After the weaving process, the flame-retardant fabric is obtained.
The three methods of padding and baking, coating and microencapsulation have less selectivity for fabrics and flame retardants. The process flow is relatively short and simple, and the equipment requirements are low. The flame retardant effect will also depend on the process and the It varies depending on the device.
Oxford cloth specifications: 1680D, 1200D, 900D, 600D, 420D, 300D, 210D, 150D, etc.
Oxford cloth functional classification: flame retardant Oxford 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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