Jiangsu Profile
Famous Export Brand
Product List
76. High-Performance Para Aramid 1414 Fiber for Thermal Resistance 
[Jul 09, 2026]
[Jul 09, 2026] Product Description The Para-aramid fibre ( "PPAT" ) produced by liquid crystal spinning technology from rigid rod-like macromolecules (PPTA) polymerized by terephthaloyl chloride (TCL) and p-phenylenediamine ...
77. Ultra-Strong UHMWPE Fiber for Durable Marine Ropes and Nets [Jul 09, 2026]
[Jul 09, 2026] Product Description The company is the only company in China adopting the production technology of Drying Spinning to produce Ultra-high Molecular Weight PE Fiber ("UHMWPE"). The company, with self-owned intellectual ...
78. Ultra-High Molecular Weight Polyethylene Fiber for Safety Solutions [Jul 09, 2026]
[Jul 09, 2026] Product Description The company is the only company in China adopting the production technology of Drying Spinning to produce Ultra-high Molecular Weight PE Fiber ("UHMWPE"). The company, with self-owned intellectual ...
79. Durable UHMWPE Fiber From China for Reliable Lifting Solutions [Jul 09, 2026]
[Jul 09, 2026] Product Description The company is the only company in China adopting the production technology of Drying Spinning to produce Ultra-high Molecular Weight PE Fiber ("UHMWPE"). The company, with self-owned intellectual ...
80. Premium Para Aramid Fiber for Extreme Durability and Strength [Jul 09, 2026]
[Jul 09, 2026] Product Description The Para-aramid fibre ( "PPAT" ) produced by liquid crystal spinning technology from rigid rod-like macromolecules (PPTA) polymerized by terephthaloyl chloride (TCL) and p-phenylenediamine ...
81. High-Performance Para Aramid Fiber for Automotive Brake Systems [Jul 09, 2026]
[Jul 09, 2026] Product Description The Para-aramid fibre ( "PPAT" ) produced by liquid crystal spinning technology from rigid rod-like macromolecules (PPTA) polymerized by terephthaloyl chloride (TCL) and p-phenylenediamine ...
82. Advanced No Creep LCP Fiber for High-Performance Spinning [Jul 09, 2026]
[Jul 09, 2026] Product Description Our LCP (Liquid Crystal Polymer) fiber is made using advanced techniques, resulting in a high-performance material. It has high strength and modulus, making it perfect for applications requiring ...
83. Advanced UHMWPE Fiber for Superior Plain Weave Applications [Jul 09, 2026]
[Jul 09, 2026] Product Description The company is the only company in China adopting the production technology of Drying Spinning to produce Ultra-high Molecular Weight PE Fiber ("UHMWPE"). The company, with self-owned intellectual ...
84. Ultra-Strong UHMWPE Fiber for Durable Ropes and Nets [Jul 09, 2026]
[Jul 09, 2026] Product Description The company is the only company in China adopting the production technology of Drying Spinning to produce Ultra-high Molecular Weight PE Fiber ("UHMWPE"). The company, with self-owned intellectual ...
85. High-Performance Aramid Fiber for Wind Turbine Blade Production [Jul 09, 2026]
[Jul 09, 2026] Product Description The Para-aramid fibre ( "PPAT" ) produced by liquid crystal spinning technology from rigid rod-like macromolecules (PPTA) polymerized by terephthaloyl chloride (TCL) and p-phenylenediamine ...
86. Ultra-Durable Para Aramid Fiber for Extreme Environments From China [Jul 09, 2026]
[Jul 09, 2026] Product Description The Para-aramid fibre ( "PPAT" ) produced by liquid crystal spinning technology from rigid rod-like macromolecules (PPTA) polymerized by terephthaloyl chloride (TCL) and p-phenylenediamine ...
87. High-Performance UHMWPE Fiber for Industrial Applications From China [Jul 07, 2026]
[Jul 07, 2026] Product Description The company is the only company in China adopting the production technology of Drying Spinning to produce Ultra-high Molecular Weight PE Fiber ("UHMWPE"). The company, with self-owned intellectual ...
88. Advanced Hmpe Fiber for Cutting-Edge Textile Manufacturing Solutions [Jul 07, 2026]
[Jul 07, 2026] Product DescriptionThe company is the only company in China adopting the production technology of Drying Spinning to produce Ultra-high Molecular Weight PE Fiber ("UHMWPE"). The company, with self-owned intellectual ...
89. Ultra-Strong Para Aramid Fiber for Enhanced Durability and Performance [Jul 07, 2026]
[Jul 07, 2026] Product Description The Para-aramid fibre ( "PPAT" ) produced by liquid crystal spinning technology from rigid rod-like macromolecules (PPTA) polymerized by terephthaloyl chloride (TCL) and p-phenylenediamine ...
90. Ultra Lightweight Para Aramid Fiber for Enhanced Sports Performance [Jul 07, 2026]
[Jul 07, 2026] Product Description The Para-aramid fibre ( "PPAT" ) produced by liquid crystal spinning technology from rigid rod-like macromolecules (PPTA) polymerized by terephthaloyl chloride (TCL) and p-phenylenediamine ...
