Premium Twill Aramid Fiber Fireproof Fabric for Safety Gear

• Customization: Available
• Application Field: Apparel Manufacturing, Architectural Decoration, Cosmetic Container, Electronic Appliance, Sportswear & Leisure, Workwear, Protection and Rescue
• Colour: Yellow, White, Black, Mixed
• Model NO.: KD-F-26
• Luster: Bright
• Fiber Type: Aramid 149
• Property: Abrasion Resistance, Acid and Alkali Resistance, Chemical Corrosion Resistance, Flame Retardancy, Heat Resistance, Tear Resistance
• Material: Kevlar Yarn
• Breaking Strengh: 1.2kN-500kN
• Raw Material Origin: USA, Japan
• Coarseness: Fine Kevlar Yarn
• Construction: 16, 32 Strand Braided, Double Braided
• Transport Package: Carton
• Specification: as customer′ s
• Trademark: kaidun
• Origin: China
• HS Code: 5603939000
• Production Capacity: 10000 Tons Per Year

Product Description

Product Description

Twill - woven Aramid Fabric

1. Definition
   • Twill - woven aramid fabric is a kind of cloth mainly made of aramid fibers and manufactured through a twill - weaving method. Aramid fiber, fully named aromatic polyamide fiber, is a high - performance synthetic fiber. Twill - weaving means that the warp and weft yarns intersect at least after two yarns, and this interweaving method makes the fabric surface show a diagonal pattern.
2. Structural Features
   • Twill Pattern:The most obvious structural feature of twill - woven aramid fabric is its diagonal pattern. These patterns usually have a certain angle, and a twill of about 45° is quite common. The existence of the twill gives the fabric a unique appearance and, to some extent, increases the fabric's flexibility and elasticity. Compared with plain - woven fabrics, the surface of twill - woven aramid fabric is smoother and the touch is relatively softer.
   • Tight Interweaving Structure:Due to the twill - weaving method, there are relatively fewer interweaving points between the warp and weft yarns than in plain - weaving. This enables the twill - woven aramid fabric to have good air permeability while maintaining a certain structural strength. Moreover, this interweaving structure can make the aramid fibers better exhibit their own properties, such as high - strength and high - modulus characteristics, so that the fabric can withstand greater external forces.
3. Performance Characteristics
   • High - strength and High - modulus:Aramid fibers themselves have the characteristics of ultra - high strength and high - modulus, and twill - woven aramid fabric inherits these characteristics. It can withstand relatively large tensile, compressive and frictional forces and is not easy to deform or be damaged. In some fields that require high - strength materials, such as protective equipment and industrial applications, twill - woven aramid fabric can exhibit excellent performance. For example, when making bullet - proof vests, twill - woven aramid fabric can effectively block the impact of bullets and protect human safety.
   • High - temperature Resistance:Aramid fibers have good high - temperature resistance, and so does the twill - woven aramid fabric. It can maintain stable physical and chemical properties in a relatively high - temperature environment. For example, in the aerospace field, twill - woven aramid fabric can be used to manufacture the heat - insulating materials inside aircraft or structural components in high - temperature environments, and can withstand the high temperature generated by engines to ensure the safe operation of aircraft.
   • Chemical Corrosion Resistance:Aramid fibers have good tolerance to most chemical substances, and thus twill - woven aramid fabric can resist the erosion of chemical substances such as acids and alkalis. In industries such as chemical engineering, this fabric can be used to make protective work clothes or protective covers for equipment to protect human bodies and equipment from chemical substances.
   • Good Abrasion Resistance:Twill - woven aramid fabric...

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Certifications

 

Company Profile

Guangdong Kaidun New Material Co., Ltd. is a technology - oriented enterprise specialized in the research, development, production, and sales of high - performance fiber - based textile products. It operates two production bases, one in Jiangsu Province and the other in Guangdong Province, with its operational headquarters situated in Foshan, Guangdong.
The Jiangsu base, namely Kaidun New Material Jinhu Co., Ltd., features a production workshop covering an area of more than 12,000 square meters and five production lines of needling machines. The Guangdong base, which is Guangdong Kaidun New Material Co., Ltd., is equipped with a 4,000 - square - meter comprehensive office building, a 10,000 - square - meter production workshop, three needling machine production lines, multiple looms, filament - cutting machines, wire - distributing machines, and slitting machines.
The company primarily focuses on developing textile or non - woven products using special high - performance fiber materials such as aramid, pre - oxidized fiber, ultra - high - molecular - weight polyethylene, basalt, polyimide, polyacrylonitrile, and carbon fiber, etc. These products are suitable for various applications including fireproofing, heat insulation, thermal preservation, sealing, weather resistance, reinforcement, cut - resistance, and puncture - resistance. They are widely used in industries such as the protect, aviation, aerospace, marine, automotive, photovoltaic, high - speed railway, firefighting, electrical appliances, chemical engineering, steel - making, thermoelectricity, textile, and plastics.
Guangdong Kaidun is an enterprise with independent R & D, customized production, and design capabilities. Its products are sold both domestically and overseas. In recent years, Kaidun Industrial has been dedicated to the research and development and productization of various new flame - retardant material products, striving to contribute to the national high - tech materials in breaking the foreign blockade. Simultaneously, it has vigorously developed high - tech technologies like intelligent manufacturing to drive the manufacturing industry from "Made in China" to "Created in China".