High Strength to Weight Ratio 3K 200g Plain Twill Carbon Fiber Fabric Roll for Construction and Infrastructure Factory Price

• Material Type: Carbon Fiber
• Tensile Strength: Standard Strength
• Fiber Length: Custom Length
• Fiber Diameter: 12μm
• Applications: Security Textiles
• Fabric Type: Twill Weave
• Transport Package: Carton
• Specification: 3K
• Origin: China
• HS Code: 681512
• Production Capacity: 500000
• Package Size: 100.00cm * 50.00cm * 50.00cm
• Package Gross Weight: 8.000kg

Product Description

Product Description

 

Carbon Fiber is a polymer and is sometimes known as graphite fiber. It is a very strong material 
that is also very lightweight. Carbon fiber is fivetimes stronger than steel and twice as stiff, 
making it the ideal manufacturing material for many parts. It is widely used in a number of leading 
brand, high performance recreational sports equipment including performance bikes, 
tennis racquets, fishing rods, skis, snowboards, hockey sticks, baseball bats, and golf shafts to name
a few.
Features:
1. Light weight, easy to construct, and little increasing the weight on constructed based materials.
2. Soft and free to cut, suitable for various shapes structures, close adhesion with reinforced concrete surface.
3. Small thickness, easy to overlap.
4. High tensile strength, high flexibility, and have the same effect as using steel plate reinforcement.
5. Anti-acid and alkali, corrosion resistance, and can be used in any harsh environment.
6. Good permeability with matching epoxy resin impregnating glue , simple construction and short time required.
7. Non-toxic, non-irritating odor.
8. Carbon fiber sheet has high tensile strength, which is equivalent 10 - 15 times to ordinary steel.

Product Parameters

	Yarn		Weave	Density(10mm)		Weight(g/m2)	Thickness(mm)	Width(cm)
	Warp	Weft		Warp	Weft
	1k	1k	plain	7.5	7.5	100	0.14	80-150
	1k	1k	twill	7.5	7.5	100	0.14	80-150
	1k	1k	plain	9	9	120	0.16	80-150
	1k	1k	twill	9	9	120	0.16	80-150
	1k	1k	plain	10.5	10.5	140	0.17	80-150
	1k	1k	twill	10.5	10.5	140	0.17	80-150
	1k	1k	Satin	12	12	160	0.18	80-150
	3k	3k	plain	4.5	4.5	180	0.28	80-150
	3k	3k	twill	4.5	4.5	180	0.28	80-150
	3k	3k	plain	5	5	200	0.3	80-150
	3k	3k	twill	5	5	200	0.3	80-150
	3k	3k	plain	6	6	240	0.32	80-150
	3k	3k	twill	6	6	240	0.32	80-150
	3k	3k	plain	7	7	280	0.34	80-150
	3k	3k	twill	7	7	280	0.34	80-150
	3k	3k	Satin	8	8	320	0.36	80-150
	6k	6k	plain	3.5	3.5	280	0.36	80-150
	6k	6k	twill	3.5	3.5	280	0.36	80-150
	6k	6k	plain	4	4	320	0.38	80-150
	6k	6k	twill	4	4	320	0.38	80-150
	6k	6k	plain	5	5	400	0.42	80-150
	6k	6k	twill	5	5	400	0.42	80-150
	12k	12k	plain	2.5	2.5	400	0.46	80-150
	12k	12k	twill	2.5	2.5	400	0.46	80-150
	12k	12k	plain	3	3	480	0.52	80-150
	12k	12k	twill	3	3	480	0.52	80-150
	12k	12k	plain	4	4	640	0.64	80-150
	12k	12k	twill	4	4	640	0.64	80-150

 

 

Production Workflow Chart

Aerospace and defense: construction of aircraft and spacecraft, missile and satellite components
Automotive: production of high-performance vehicles, such as cars, lightweight body parts and components
Sporting goods: production of golf clubs, tennis rackets, fishing rods, and other sports equipment
Wind Energy: construction of wind turbine blades
Marine: construction of boats, ships, and other marine vessels, as well as in the manufacturing of marine equipment, 
such as anchors and masts.
Construction: used in the construction industry to reinforce concrete and masonry structures
Robotics: used in the manufacturing of robotic arms, drones, and other robotic equipment due to its high strength-to-weight ratio
Medical: in the manufacturing of orthopedic implants, prosthetic devices, and surgical equipment
Industrial: in the manufacturing of industrial equipment and machinery, such as pumps and valves, 
due to its high strength and corrosion resistance