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With full control over production, we offer a wide range of fabrics organized by material, function, and application — making it easy for you to find or create the ideal material for your unique needs.
Suzhou Sishuo Textile Technology Co., Ltd. was established in 2017-03-06, the enterprise address is located in Langzhong village, Shengze Town, Wujiang District, belongs to the wholesale industry, the business scope includes: needle textiles, luggage, textile raw materials, clothing, furniture, leather products research and development, sales; Import and export business of all kinds of commodities and technologies (except commodities and technologies whose import and export are restricted or prohibited by the State). (For projects subject to approval according to law, business activities can only be carried out after approval by relevant departments)
Experience
Annual output
water jet looms
Countries Served
Cordura® is a high-performance fabric engineered for extreme durability and abrasion resistance. Developed by INVISTA, this advanced material utilizes ultra-strong nylon or polyester fibers to deliver superior tear strength and long-lasting performance. Widely used in military gear, outdoor equipment, workwear, and premium luggage, Cordura® fabrics undergo rigorous testing to ensure they withstand harsh conditions while maintaining lightweight comfort. With specialized variants offering features like water resistance, flame retardancy, and lightweight flexibility, Cordura® sets the industry standard for rugged yet functional textiles across tactical, industrial, and adventure applications. Our 1050Dnylon6.0,after PU coated,the weight is 360GSM,the warp of tensile strength is more than 3600N,the weft of tensile strength is more than 3000N,Tear strength is more than 200N.
The principle of the high permeability of PTFE membranes mainly relies on their unique micro-porous structure and physical properties.Polytetrafluoroethylene (PTFE), a high - molecular - weight thermoplastic polymer synthesized from tetrafluoroethylene monomers, exhibits exceptional properties such as high - temperature resistance and chemical inertness, thanks to the high bond energy of carbon - fluorine (C - F) bonds and the tight encapsulation of the carbon chain by fluorine atoms. Its microporous structure is created through specialized manufacturing processes like the expansion by stretching method. Under high - temperature and high - pressure conditions, biaxial stretching of PTFE transforms the initially dense material into a network of interconnected honeycomb - like pores, with diameters typically ranging from 0.1 to 10 micrometers. These pores are significantly smaller than liquid water droplets (with diameters of approximately 100 - 3000 micrometers) but larger than water vapor molecules (about 0.0004 micrometers in diameter). This difference in pore size gives rise to a "one - way ventilation" mechanism: due to surface tension, liquid water cannot penetrate the pores, while water vapor molecules, driven by Brownian motion, diffuse through the micropores, enabling breathability without water seepage. Moreover, the low surface energy of PTFE further repels water molecules, enhancing the waterproof and breathable performance, which makes PTFE widely applicable in various fields, including outdoor apparel and architectural membrane materials.
Coating: PU , PA,PVC,TPU,TPE
Laminated: TPU, TPE, PTFE, PU,Nanometer Film
The maximum water pressure is 40,000, the maximum moisture permeability is 40,000, and the maximum air permeability is 2 mm/s.
