Abrasion Resistant Fabric

Protective Clothing
Workers in construction, manufacturing, mining, and other industrial sectors wear protective clothing made from abrasion resistant fabric to shield against rough surfaces, sharp edges, and abrasive materials.

Outdoor Gear
Backpacks, tents, outdoor clothing, and footwear incorporate abrasion resistant fabric to withstand the rigors of outdoor activities such as hiking, camping, climbing, and mountaineering.

Automotive Interiors
Automotive upholstery, seat covers, and interior trim feature abrasion resistant fabric to endure daily use, friction from occupants, and general wear and tear.

Furnishings and Upholstery
Furniture upholstery, drapery, and soft furnishings utilize abrasion resistant fabric to prolong the lifespan of the pieces and maintain their aesthetic appeal in residential, commercial, and hospitality settings.

Sports Equipment
Sports gear and equipment like protective pads, gloves, helmets, and bags incorporate abrasion resistant fabric to withstand impact, friction, and abrasion during sporting activities such as cycling, skiing, snowboarding, and motorcycling.

Industrial Applications
Conveyor belts, protective covers, equipment linings, and machinery components in industrial settings utilize abrasion resistant fabric to withstand the harsh conditions of heavy-duty operations, including friction, abrasion, and impact.

Marine Applications
Boat covers, sails, marine upholstery, and deck materials utilize abrasion resistant fabric to withstand exposure to water, UV radiation, salt, and rough surfaces encountered in marine environments.

Military and Tactical Gear
Military uniforms, tactical vests, backpacks, and gear pouches incorporate abrasion resistant fabric to endure the demanding conditions of combat and field operations.

Agricultural Equipment
Agricultural machinery covers, protective gear, and equipment bags utilize abrasion resistant fabric to withstand exposure to dirt, debris, and rough surfaces encountered in farming and agricultural activities.

When fabrics are used on different occasions, they will be certainly subject to different external factors, such as mechanical, physical, chemical, and other effects, which gradually reduce their use value as it is damaged.

The Properties and Geometric Shape of the Fiber
In the same conditions of spinning, the longer the fiber is, the larger the holding force of the inter-fiber. It is not easy to pull the fiber out from the yarn when under friction, which improves the abrasion resistance of the fabric. The moderate fiber fineness is also conducive to developing the wear resistance, generally kept in 2.78~3.33 dtex.
And generally speaking, flexural abrasion resistance and folding edge abrasion resistance fabric with profiled fiber are generally worse than the fabric with round fiber. The mechanical property of the fiber is also a decisive factor affecting the abrasion resistance of the fabric. The abrasion resistance of the fabric with high fiber elongation at break and elastic recovery rate is generally better.

Diverse Characteristics of Yarns
When the yarn has a higher level twist and the fiber stress is too large, the fiber fragment will be weak in mobility, making the yarn body rigid. Besides, when experiencing friction, it is not easy to compress the contact area, causing the partial pressure to increase. Thus, the yarn suffers from partial pressure prematurely, which is not conducive to the development of the abrasion resistance of the fabric. When the twist is too small and the yarn body is loose, the fibers will be easily drawn out from the yarn, which will also damage the abrasion resistance of the fabric.

Fabric Geometric Structure
Since the fabric is thick, its resistance to flat abrasion will be good. On the contrary, resistance to flexural abrasion and folded edge abrasion will be kept in excellent condition. When the warp and weft density is low, the plain fabric with short floats is more abrasion-resistant. And when the warp and weft density is high, the satin fabric with long floats is more wear-resistant. The weight per square meter of the fabric is the most significant factor in abrasion and resistance. The flat abrasion resistance of the fabric becomes better almost linearly with the increase of the weight per unit area, and there is only a difference in the degree of the abrasion resistance of various fabrics. The fabrics with low density and lots of hair feathers will have great abrasion resistance.

Environmental Conditions
There are plenty of environmental factors putting a large impact on the abrasion resistance of the fabric, such as the temperature and humidity of the environment, the direction of friction, etc. And the fabric in the use process often is affected by many factors, such as the sun, sweat, detergent, etc. Therefore, the impact brought by the environment on the fabric abrasion resistance is more complex. When performing the test, we should pay attention to the environmental condition.

Fabric Finishes
The abrasion resistance will be different due to diverse frictions after the cotton and viscose undergo the hot melt resin finishing. When the pressure is very large and the friction is extremely intense, the abrasion resistance of the fabric is obviously reduced, which is mainly because the elongation performance of the fiber becomes worse after finishing. On the contrary, when the pressure is small and the friction is very gentle, the fabric abrasion resistance will increase after finishing.

Material
Fabric abrasion resistance depends on the material made up of the fabric. And the materials can be rated in the following order according to the degree of their abrasion resistance: nylon > polypropylene > vinylon > ethylene > polyester > acrylic > chlorine > wool > silk > cotton > hemp > polynosicrayon> copper ammonia fiber > viscose fiber > acrylate fiber > glass fiber

Where do you start? Here are six key steps to help you in your selection process:

●Consult with your supplier to confirm that the fabric you are considering can be expected to perform well in the on-site environment.

●Review the results of the other physical property tests for durability(brush pill, breaking strength, seam slippage). Abrasion results alone do not predict a product’s lifespan.

●Consider the style and quality of the furniture the specified fabric will be used on; seat pans with a waterfall edge and upholstered arms of a chair are common areas of wear. Is there adequate padding to support the upholstery?

●Take into account the amount of traffic in the environment and the wear the fabric is likely to receive. Keep in mind, that the physical tests for durability do not indicate how a product will perform in an abusive environment.

●Determine whether or not the fabric will receive regular and proper professional cleaning. Dirt is the enemy of fabric, but improper cleaning will also shorten the durability/lifespan of the product.

●Evaluate whether or not the end use requires a fabric treatment. Applying treatments, finishes or backings to a fabric may enhance durability, but may also negatively affect flammability resistance, appearance or environmental properties.