With the breakthrough of cationic modification technology, the industry has solved the situation of slow coloring and poor dyeability of polyester to a certain extent. polyester BCF yarn has been developed for carpet weaving in recent years.

1, polyester BCF yarn breaking strength, high modulus of elasticity

The high breaking strength of polyester fiber can make the carpet pile not easy to break and lose hair; Its high modulus of elasticity also makes the fleece tread better resilience.

2, polyester BCF yarndyeing performance

The dyeing property of traditional polyester fiber is poor, which is an important reason to restrict its application in printing and other carpets. However, with the successful development of cationic dyeable polyester slice in recent years, it can be used for BCF spinning and weaving printed carpets.

3, polyester BCF yarn excellent heat and light resistance

Polyester fiber has excellent heat and light resistance, the carpet is exposed to the sun for a long time, the velvet will not break, fall off.

4, polyester BCF yarn good leavening

Although polyester has a higher density (1.22ml/cm3), its yarn consumption is higher than that of polypropylene at the same pile density, but it makes up for this defect due to its better curling and puffing.

Changzhou Lingda Chemical Co., LTD. Main production and management: Carpet adhesive, viscose agent, silicone oil series, staple fiber series oil, polypropylene filament oil, polyester filament oil, polypropylene BCF stock forming yarn, impregnated carboxyl nitrile butadiene latex, powder nitrile butadiene rubber for friction materials, high styrene carboxyl styrene butadiene latex, carboxyl styrene butadiene latex, carpet adhesive, chemical fiber oil agent, natural high carbon fatty alcohol, alcohol surfactant, All kinds of additives, adhesives, additives, polypropylene carpet wire, carpet wire, polypropylene BCF wire, BCF wire, nylon BCF wire, perfluorinated dipolymer intermediate, pentafluoroiodoethane, perfluorinated iodobutane, perfluorinated iodohexane, perfluorinated iodohexane, perfluorinated hexyl ethyl iodine, perfluorinated alkyl ethyl iodine, perfluorinated alkyl ethyl iodine, perfluorinated alkyl ethyl iodine, perfluorinated alkyl ethyl iodine, perfluorinated alkyl ethyl acrylate, Perfluoroalkyl ethyl acrylate, perfluorohexyl ethyl methacrylate.