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Model: DK-CF-089
Camouflage Pattern: Digital Camo
Country: Azerbaijan
Troop: Army
Material: Cotton 50% / Polyester 50%
Yarn Count: 16*16
Yarn Density: 92*51
Weaving Style: Ripstop & Twill
Minimum Breaking Strength: Warp: 1100N, Weft: 450N
Shrinkage after wash: Warp: ±2%, Weft: ±2%
Weight: 220gsm
Width: 148cm
Finish: Water Resistant 300mm (Can be customized) / Color fastness – Dry Friction 4-5 / Wet Friction 4 / Washing 4-5 / Ironing 4-5 / Natural Weather 4-5
Application: Military Uniform, ACU, BDU, FROG suit, Tactical Suit
Cotton fiber has high strength, good air permeability, good heat resistance, soft and comfortable hand feeling. But it poor on wrinkle resistance and breaking. Compared with polyester fiber dyeing process, cotton fiber is easier to fade color.
Polyester fiber has advantages of high strength, high elasticity, good in shape retention and heat resistance. It has become the most widely used and largest consumption fiber. However, when polyester fiber encounter fire, it will burn, melt and drip on the skin to cause secondary harm, so it seldom uses in high-temperature and high-heat work areas’ workwear fabric.
Ripstop is one of the woven fabrics’ weaving style, using a special reinforcing technique that makes fabric have better breaking strength and tearing strength. During weaving, thick reinforcement yarns are interwoven at regular intervals in a crosshatch pattern. Advantages of ripstop are the strength-to-weight ratio and that small tears can’t easily spread. Fibers used to make ripstop include cotton, polyester, nylon.
Twill is a type of fabric weaving style. It is made by passing the weft thread over one or more warp threads then under two or more warp threads and so on. Twill weave is often designated as a fraction, such as 2⁄1 (two up, one down); 3⁄1 (three up, one down). The fewer interlacings in twills as compared to other weaves allow the yarns to move more freely, and therefore they are softer and more pliable, and drape better than plain-weave textiles. Twills also recover from creasing better than plain-weave fabrics do. When there are fewer interlacings, the yarns can be packed closer together to produce high-count fabrics.
Water repellent (WR), also known as water resistant. By adding auxiliaries to make the surface of the fabric has a very low surface tension. After the water drops fall, the tension on the surface of the fabric is very large, which promotes the shrinkage of the surface of the water droplets. It is spherical and cannot be spread out, so it quickly slips off the fabric in the form of water droplets. But after multiple washings, the effect of water repellent will decrease.
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