Decking Material Round-type C-C Plate, Heat Insulation Cover 3D Needle Felt Preform

Decking material round-type C-C plate, heat insulation cover 3D needle felt preform

Carbon fiber continuous long fiber weftless fabric is combined with carbon fiber short fiber to form unwoven fabric, and laminated layers are laid alternately. The high density carbon/carbon composite is formed by the CVD processing which can be widely used as high performance fiber composite materials with different specifications based on customer’s requirement.

Besides, the carbon neele felt preform can be affixed 3K/6K/12K cloth with different specifications.

Main technical indexes of round type cover carbon fiber plate  preform:

Maximum size: Ø1800×450(H)mm

Interlayer density: 2-20 layers/cm;

Content of long carbon fiber volume: 45-90%;

Density of preform volume: 0.40-0.50g/cm³ ;

                            

    Main Features:

• High strength and high modulus
• Light weight and fatigue resistance
• Abrasion and corrosion resistance
• Good heat shock resistance
• High temperature resistance
• Good electrical conductivity
• Excellent dimensional stability
• Small thermal expansion coefficient

Aviation Industry

Business Terms:

Accepted Delivery Terms:              FOB, CNF, CIF, Express Delivery

Accepted Payment Currency:        USD, EUR, CNY

Accepted Payment Type:               T/T, L/C, Paypal, Western Union, Cash

Nearest Port:                                  Shanghai, Ningbo, Guangzhou

1. Your kind enquiry will be replied in 2 hours or 24 hours if time difference.

2. Competitive prices based on the same quality as we are factory supplier.

3. Samples can be made according to your requirements before placing order.

4. Updating the production schedule regularly.

5. Guarantee samples quality same as the mass production.

6. Positive attitude to customer design products.

7. Well-trained and experienced staffs can answer your questions fluently.

8. Specialized team make us strong support to solve your problems from purchase to application.