What is the wear resistance level of Oxford cloth related to? Oxford cloth (OXFORD), a modified plain or heavy flat weave, can be woven with various textile fibers. According to the difference in fiber and width, the price ranges from a few yuan to more than ten yuan. D refers to the density and thickness of the cloth. D is the English abbreviation of DENIER. A unit representing density is the mass grams of yarn or fiber per several meters. The larger the D number, the thicker the silk and the finished fabric. The thicker it is, the higher the wear resistance. On the contrary, the thinner and thinner it is, the less wear resistant it is.
What is the wear resistance level of Oxford cloth related to?
1. Relevant to the breaking strength and strength of warp and weft yarns
Related to the fibers of the yarn The proportion of raw materials and blends, the thickness of the fiber itself (count or special number) and the thickness of the yarn (count or special number), yarn evenness, moisture regain or moisture content, single yarn or strands, Various factors such as the twist (twist index) of individual yarns and strands, the storage life of the fiber or yarn are relevant. In addition, various factors such as elastic fiber, including its elongation, will produce relatively large differences.
2. Related to the weaving method and weaving conditions of the fabric
3. Related to knitting It is related to woven fabrics, organizational structure (such as plain weave, twill, satin weave, jacquard, others, etc.), and warp and weft yarn density.
The warp strength and the weft strength are different, and the bursting strength is also different. Does it include the edge of the cloth, whether it is a solid edge or a rough edge? Regardless of flaws and wrinkles, the distance from the edge of the original fabric may vary (so the sampling method must be at least 150mm from the edge).
In addition, the strength of sized gray fabrics and desized fabrics, fabrics that have been dyed and finished, especially those that have been impregnated and specially finished will be affected. The gap is very big. Weaving technology, dyeing, sanding, etc. all have a direct impact. Thick yarn shows better strength than thin yarn, twill is better than plain weave, unsanded is better than sanded, and the less corrosive the dyeing, the better.
4. Related to yarn strength and warp and weft density
To improve the strength of yarn-dyed fabrics, these two items need to be effectively improved. The stretch and tear strength of non-iron fabrics will also be reduced after non-iron finishing, which directly affects the durability of the fabric. The tensile and tear strength of the fabric, the strength and elongation of the yarn, the interweaving resistance, and the morphological structure of the non-iron finishing fabric have a significant direct impact on the strength.
The fabric made of yarns with high strength and elongation has a large force-bearing triangle area when it is torn, and the number of yarn roots that are stressed at the same time is large, and the tear The cracking strength is high. The organizational structure and density of warp and weft yarns directly affect the intertwining points and movement conditions between yarns. If there are fewer intertwining points, the yarns will move easily, and the tearing strength of the fabric will be high.
Oxford cloth and environmentally friendly recycled series specifications and classifications: 1680D Oxford cloth, 1200D Oxford cloth, 900D Oxford cloth, 600D Oxford cloth, 420D Oxford cloth, 300D Oxford cloth, 210D Oxford cloth, 150D Oxford cloth, etc.; classified by function : Flame retardant oxford cloth, waterproof flame retardant cloth, silver-coated flame retardant cloth, pu waterproof oxford cloth, PVC oxford cloth, TPE, TPU, anti-UV, camouflage oxford cloth, fluorescent oxford cloth, composite oxford cloth, etc. Please consult customer service for details.
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