The kinds of fabric and how to learn them

High temperature (insulation, firefighter)

Burns (flame, convection and radiant heat, firefighters, ATEX area)

Arc flash discharge (plasma explosion, power company)

Influence of molten metal (foundry)

Metal sparks (welding)

Acidic environment (petrochemical industry, natural gas, oil refinery, chemical industry)

Bullet impact (military, security)

Cut resistance (gloves, glass industry)

Astronaut's suit

Leftover food package

Paying Bank

These fabrics are made of different types of fibers, because each mixture gives the fabric different technical characteristics:

Meta-Para aromatic polyamide-Nomex: high resistance, tear resistance, tensile strength, expensive,

Wool-bonded polyamide-malan gum: repellency, heat insulation and transparency of molten metal.

Glass fiber-high resistance, insulation.

Modified acrylic cotton-Marko Wiki: Marko: Arc flash protection, comfort, flame retardant, multiple specifications, high efficiency, skin-friendly, anti-static.

Polyamide-aramid: extremely high resistance, low aging

Sportech (sports textiles)

Shoes, sports equipment, flying and sailing sports, mountain climbing, fishing, biking, winter and summer sports, indoor sports may be different from anything including sports bags.

Some other application areas

conveyor

In industrial applications and power transmission, industrial textiles are used for conveyor belts. The reinforcement usually found inside the conveyor belt is usually called the ``carcass''. It is a kind of fabric inside the conveyor belt that is responsible for the strength and tensile properties of the belt. . The carcass is made of layers of woven fabric glued together.

Textile Electronics

Textiles integrated with electronic technology enable technology to be used in various applications in healthcare, rehabilitation or sports. Wearable computers have greater roles and contextual functions, such as sensing, adaptation, resource discovery and expansion.