Carbon fiber fabric-2x2 twill

What is carbon twill fabric？

Carbon twill fabric is a fabric made of interwoven carbon filament (carbon roving, carbon tow), using a twill weave. Twill weave is one of the most common weaves. It presents a diagonally interlaced texture. This weave makes the fabric stronger and more durable. Carbon fiber woven fabric is weaved by 1K, 3K, 6K, 12K, 24K carbon filament（carbon roving, carbon tow).  The models of carbon fiber include T300, T700, T800, M30, M35, M40, T1000, high strength type, high strength medium mold, high strength high mold, the carbon fiber filaments we use include many well-known domestic brands and well-known imported brands, such as: Janpan's Toray and TEIJIN , Mitsubishi Chemical, The United States'Hexcel and ZOLTEK, South Korea's HYOSUNG,Turkey's AKSACA, Belgium's CYTEC SOLVAY GROUP, Germany's SGL. Weaving patterns include plain weave, twill weave, and satin weave, Jacquard. Its applications mainly include aerospace, automotive parts, sports equipment, building reinforcements, and decoration.

Type	Reinforcement yarn		Weave pattern	Fiber count(10mm)		Weight	Thickness	Width
	Warp	Weft		Warp	Weft	(G/SQM)	(mm)	(mm)
SH-1KC120	1K	1K	Plain	9	9	120	0.12	100-1500
SH-1KC120	1K	1K	Twill	9	9	120	0.12	100-1500
SH-1KC140	1K	1K	Plain	10.5	10.5	140	0.14	100-1500
SH-1KC140	1K	1K	Twill	10.5	10.5	140	0.14	100-1500
SH-3KC160	3K	3K	Plain	4	4	160	0.16	100-1500
SH-3KC160	3K	3K	Twill	4	4	160	0.16	100-1500
SH-3KC180	3K	3K	Plain	4.5	4.5	180	0.18	100-1500
SH-3KC180	3K	3K	Twill	4.5	4.5	180	0.18	100-1500
SH-3KC200	3K	3K	Plain	5	5	200	0.2	100-1500
SH-3KC200	3K	3K	Twill	5	5	200	0.2	100-1500
SH-3KC220	3K	3K	Plain	5.5	5.5	220	0.22	100-1500
SH-3KC220	3K	3K	Twill	5.5	5.5	220	0.22	100-1500
SH-3KC240	3K	3K	Plain	6	6	240	0.24	100-1500
SH-3KC240	3K	3K	Twill	6	6	240	0.24	100-1500
SH-6KC280	6K	6K	Plain	3.5	3.5	280	0.28	100-1500
SH-6KC280	6K	6K	Twill	3.5	3.5	280	0.28	100-1500
SH-6KC320	6K	6K	Plain	4	4	320	0.32	100-1500
SH-6KC320	6K	6K	Twill	4	4	320	0.32	100-1500
SH-6KC360	6K	6K	Plain	4.5	4.5	360	0.36	100-1500
SH-6KC360	6K	6K	Twill	4.5	4.5	360	0.36	100-1500
SH-12KC320	12K	12K	Plain	2	2	320	0.32	100-1500
SH-12KC320	12K	12K	Twill	2	2	320	0.32	100-1500
SH-12KC400	12K	12K	Plain	2.5	2.5	400	0.4	100-1500
SH-12KC400	12K	12K	Twill	2.5	2.5	400	0,4	100-1500
SH-12KC480	12K	12K	Plain	3	3	480	0.48	100-1500
SH-12KC480	12K	12K	Twill	3	3	480	0.48	100-1500
SH-12KC560	12K	12K	Plain	3.5	3.5	560	0.56	100-1500
SH-12KC560	12K	12K	Twill	3.5	3.5	560	0.56	100-1500
SH-12KC640	12K	12K	Plain	4	4	640	0.64	100-1500
SH-12KC640	12K	12K	Twill	4	4	640	0.64	100-1500

Characteristics of carbon twill fabric

1. Double faced, abrasion-resistant, breathable, chemical-resistant, heat-insulation, moisture-absorbent, radiation-resistant, stain resistant, wrinkle resistant light weight, flexible and easy to operate, smooth surface and uniform force distribution, corrosion resistance,wear resistance and impact resistance.
2. High-performance carbon twill fabric has excellent properties such as light weight, high strength, high modulus, conductivity, high temperature resistance, fatigue resistance, erosion resistance, low expansion coefficient, good designability and compoundability.
3. High strength (5 times that of steel)
4. Excellent heat resistance (can withstand high temperatures above 2000°C)
5. Excellent thermal shock resistance
6. Low thermal expansion coefficient (small deformation)
7. Small heat capacity (energy saving)
8. Small specific gravity (1/5 of steel)

Applications of carbon fiber twill weave

• Carbon fiber is a light but very strong material made of carbon atoms that provides excellent strength and stiffness. Carbon fiber twill fabric is widely used in many fields due to its excellent properties, including but not limited to the following aspects:
  
  Aerospace industry: used to manufacture aerospace devices such as airplanes, helicopters, and spacecraft. The light weight and high strength of carbon fiber make aircraft more energy-saving and have better performance.
  Automobile industry: widely used in automobile manufacturing, such as body components, racing parts, etc. Carbon fiber can improve a car's performance and reduce its overall weight, improving fuel efficiency and safety.
  Sporting Goods: used to manufacture high-end sports equipment, such as bicycle frames, golf clubs, tennis rackets, etc. The high strength and lightweight properties of carbon fiber help improve the performance of sports equipment.
  Industrial products: used in the manufacturing field to make various mechanical parts, pipes, chemical equipment, etc., and are favored for their corrosion resistance, high strength and lightweight properties.
  Shipbuilding: used in the manufacture of ship components, the high strength and corrosion resistance of carbon fiber make it an ideal ship material.
  Reinforcement of buildings, bridges, and tunnels: Two-way carbon fiber cloth is a fiber reinforcement material made of carbon fiber tows, woven in both warp and weft directions. The material is light, thin, soft, high-strength, and resistant to aging. It is suitable for buildings, bridges, and tunnels. Concrete crack reinforcement and pipeline reinforcement.
  

  
  Specific application advantages are as follows:

• Highly efficient and strong, the tensile strength is ten times that of ordinary steel bars.
• Corrosion resistance and durability, the chemical properties of the material are very stable and do not react with chemical substances such as acid, alkali and salt.
• There is basically no increase in size or weight, and repair needs can be completed without increasing the load.
• Easy to construct and widely used, fiber reinforcement material is a flexible material, light and thin, and can be cut at will.
• Bidirectional force-bearing, not limited by the shape of the original structure, can fit well on the surface of complex-shaped components.
• Imported raw materials, advanced production technology, standard production processes and inspection requirements ensure quality.
• Overall, carbon fiber twill fabric has broad application prospects in various fields due to its excellent mechanical properties, high strength, durability and lightweight properties.