[01] Nomexr®Fiber
[02] Kevlar®Fiber
[03] Twaron®Fiber
[04] Polyvinyl Chloride(PVC)
[05] Preox Fiber
[06] Polyacrylic Fiber
[07] Synthetical Fiber
Fabrics made of Nomex® fibers offer the following properties:
* permanent flame resistancy.
* no breaking-up under influence of fire.
* outstanding chemical resistance against acids, bases and aggressive gases.
* good wearing comfort because of lightweight material.
* very high durability
* on inquiry permanently antistatic with admixing of steel fibers or with P140 fibers.
Fabrics made of Nomex® fibers are used for the following applications:
* Nomex Heat Protection - Thermomanrescue services.
* Fire fighters.
* Police personnel.
* Military pilots.
* Astronauts.
* Oil rigg staff.
* Hot-air balloon and motor racing suits.
* Industrial workers.
* Sporting goods.
Fabrics made of Kevlar® fibers offer the following properties:
* Very high cut resistance.
* Very high tensile strength (5 times higher than steel).
* Flame retardancy.
* No melting.
* Very high temperature- and abrasion resistance.
Available with:
* Chrome steel wire reinforcement.
* One or both faces roughened.
* One or both faces with aluminum coating.
Fabrics made of Kevlar® fibers are used for the following applications:
* Heat- and cut protection as replacement for asbestos.
* Workwear for smelteries and foundries.
* Aluminium industry.
* Glass and ceramics industry.
* Fire brigade emergency service.
* Forest works.
* Motorcycle sports.
* Industrial applications.
* Thermal insulation.
* Mechanical protection.
* Protection against radiation heat.
* Personal security (bulletproof waistcoats).
* Electrical and automobile industry.
* Protection against vandalism.
Fabrics made of Twaron® fibers offer the following properties:
* Very high cut resistance.
* Very high tensile strength (5 times higher than steel).
* Good chemical and fatigue resistance and good dimensional stability.
* Flame retardant and not melting.
* Very high temperature and abrasion resistance.
Available with:
* Chrome steel wire reinforcement.
* One or both faces roughened.
* One or both faces with aluminum coating.
Fabrics made of Twaron® fibers are used for the following applications:
* Heat- and cut protection as replacement for asbestos.
* Workwear for smelteries and foundries.
* Aluminium industry.
* Glass and ceramics industry.
* Fire fighter services.
* Forest works.
* Motorcycle sports.
* Industrial applications.
* Thermal insulation.
* Mechanical protection.
* Protection against radiation heat.
* Personal security (bulletproof waistcoats)
* Electrical and automobile industry.
Fabrics made of PVC offer the following properties:
* Very good chemical resistance (acids, bases).
* Insensitive to biological influence.
* Very good light resistance.
* Good hydrolysis-resistance.
* Cold resistance.
Fabrics made of PVC fibers are used for the following applications:
* Filters for all applications.
* Chemical protective clothing.
* Home textiles.
* Barrier for batteries.
* Sun protection for tents.
* Hats.
Fabrics made of Preox fibers offer the following properties:
* Good price-performance ratio.
* High temperature resistance (for a short time up to 900°C).
* High thermal insulation.
Fabrics made of Preox fibers are available in the following versions:
* Raw and washed.
* One and/or both sides coated with aluminium.
* One side roughened.
* Coated with polyurethane.
* Needled with preox fleece.
* Grammages between 260 g/sqm and 750 g/sqm.
Fabrics made of Preox fibers are used for the following applications:
* Light to heavy heat protection.
* Coverage of slideways.
* Bellows of all types.
* Insulation material.
* Compensators.
Fabrics made of polyacrylic fibers offer the following properties:
* Chemical resistance (acids, bases).
* Insensitive to biological influence.
* Very good light resistance.
* Good hydrolysis-resistance.
* Cold resistance.
Fabrics made of polyacrylic fibers are used for the following applications:
* Filters for all applications.
* Filtration.
* Home textiles.
* Window blinds.
* Sun protection for tents.
* Hats.
Synthetical fibers offer the following properties:
* Chemical resistance (acids, bases and solvents)
* Abrasion resistance.
* High tensile strength.
* Low moisture absorption.
* Very good dyeability and washability.
* Light resistant and weatherproof.
Fabrics made of synthetical fibers are available in the following versions:
* Made of staple fiber yarn, semi-matt.
* Made of high-strength polyester.
* Roughened, in various weight categories.
* Made of optically brightened polyester.
Fabrics made of synthetical fibers are used for the following applications:
* Filters for various applications (filtration of gas or liquids).
* Clothing industry.
* Garments with heavy mechanical strain.
* Electrical insulation.
* Home textiles.
* Building industry.
* Lead fabric for textile finishing companies.
* Woven fabrics for protection against cold.
* Carrier for special coatings.
* Laundries / rotary irons.
* Medical applications.
SOURCE
http://www.techtextil.net/synthetical - fibers.htm
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