Why does polypropylene high-strength fibre have a stable structure?

Polypropylene high-strength fibre has excellent product characteristics and good chemical corrosion resistance. Except for concentrated nitric acid and concentrated caustic soda, polypropylene high-strength filament has very good resistance to acids and alkalis. The elastic strength of high-strength polypropylene filament is second only to nylon, but its price is only one third of that of nylon. The fabric made from it has stable dimensions and good wear resistance and elasticity.

Polypropylene high-strength fibre is a high-quality product that is both economical and environmentally friendly as well as strong and durable in modern industrial production. It is highly favored and recognized by a wide range of users. High-strength polypropylene filament can not only be used in industries such as chemical fiber and textile, but also in the construction and production of various industries. ,

Where are Polypropylene high-strength fibres mainly applied?

Polypropylene high-strength fibre, due to its low price, high strength, anti-aging, wear resistance, resistance to seawater corrosion and good elasticity, is mainly used in industries such as sewing cement bags, fertilizer bags, plastic woven bags and fishing net weaving. Moreover, the ropes and cables made of polypropylene high-strength filaments, as well as the nets used in construction, transportation, agriculture, fishery and sports activities, feature high breaking strength, wear resistance, corrosion resistance, light weight and safety.

Jiangyin Jinmeng Textile Co., Ltd. is a professional manufacturer of high-strength polypropylene industrial filament, engineering fiber, high-strength polypropylene filament, woven geotextile and polypropylene luminous filament, etc. It is located in Yunting Industrial Zone, Jiangyin City, which is south of Taihu Lake and north of the Yangtze River, with very convenient transportation.

Polypropylene high-strength filament has the advantages of being environmentally friendly, non-toxic, acid and alkali resistant, light in specific gravity, low in thermal shrinkage, low in thermal conductivity, low in static electricity accumulation, and almost non-hygroscopic. The product has great potential in industrial filaments and can be widely used in industries such as industrial lifting slings, safety belts, conveyor belts, woven geotextiles, filter cloths, tarpaulins, thread making, ropes and cables, and cables. It is a novel textile material that partially replaces nylon and polyester.