Power-to-Weight Fatigue-Resistant Carbon Fiber Car Trim

• Customization: Available
• Shape: Carbon Fiber Cloth
• Raw Materials: Customization
• Model NO.: XDQP-102
• Performance: General Type
• State: Customization
• Mechanical Property: General Type
• Transport Package: Carton Box
• Specification: Customization
• Trademark: XINDA
• Origin: China
• HS Code: 95062900
• Production Capacity: 10, 000 PCS Per Month

Product Description

Power-to-weight Fatigue-resistant  Carbon fiber car trim

Carbon Fiber Automotive Parts: Lightweight Strength for Peak Performance**  

Carbon fiber has revolutionized the automotive industry by offering an unmatched combination of **lightweight design, exceptional strength, and high-performance durability**. As a premium material, carbon fiber is widely used in high-end sports cars, luxury vehicles, and motorsports to enhance speed, efficiency, and aesthetics.  

 **Key Advantages:**  
A.**Ultra-Lightweight** - Up to **50% lighter than steel** and **30% lighter than aluminum**, reducing vehicle weight for better acceleration, handling, and fuel efficiency.  
B.**Extreme Strength & Rigidity** - Higher tensile strength than metal, improving crash safety and structural integrity.  
C.**Corrosion & Fatigue Resistant** - Unlike metals, carbon fiber resists rust and degradation over time.  D.**Aerodynamic & Stylish** - Sleek, modern appearance with customizable finishes (gloss, matte, forged patterns).  

Carbon Fiber Automotive Components Parameter Table

Parameter Category	Value/Description	Example Components
Material Composition	Carbon fiber composite (carbon fiber + resin matrix, 50%-70% fiber content)	Hoods, roofs, spoilers, drive shafts, interior panels
Density	1.5-1.8 g/cm³	All carbon fiber components
Tensile Strength	3000-5000 MPa	Drive shafts, chassis reinforcements, brake pads
Elastic Modulus	200-300 GPa	Body frames, wheel rims
Heat Resistance	Long-term: 150-200°C; Short-term: 300°C	Engine bay components, brake systems
Thermal Expansion Coefficient	0.5-2.0×10-6°C (much lower than metals)	Precision parts (e.g., drive shafts, suspension components)
Weight Comparison	50%-70% lighter than steel; 20%-30% lighter than aluminum	Body panels (hoods, doors), wheel rims

About Us
Xinda Composite Material Tech ( Weihai) Co., Ltd. founded in 2022 , is located in beautiful coastal Weihai City, covering an area of 5430 square meters. I t is a technology enterprise integrating R & D, production and sales of carbon f iber and i ts composite products. The company has obtained ISO 9001 Quality System Certification and applied for many patents. The products developed and produced are widely used in the aerospace, electronic communications, carbon carbon composite materials, wind power blades, rail t ransit, shipbuilding, major infrastructure construction, auto parts, medical devices, high- end sports and leisure products and other f ields. Carbon f iber products realize the variety coverage of high- strength, high- strength medium model and high- strength high model carbon f ibers.
The R & D team of our company has been committed to the R & D of carbon f iber products for many years.  Many achievements have been made in the research and development of carbon f iber shaped parts in aerospace, rail t ransit, new energy, outdoor sports, and other f ields. Our products have been sold to more than 10 countries and regions such as Japan, Europe, the United States and Australia, and have won unanimous praise f rom customers in China and abroad.
In the future, our company will concentrate i ts technical strength to increase investment in the progressiveness, automation and intelligence of carbon f iber production equipment, with aim to improve production efficiency, expand production capacity, achieve energy- saving, environmental protection and green development, and enhance core competitiveness!

Carbon Fiber Fins are highly praised for their lightweight design and powerful propulsion, making them ideal for various diving activities such as freediving, scuba diving, and boat diving. They allow divers to move more effortlessly through the water while reducing energy expenditure.Carbon fiber has a density of only 70% of traditional fiberglass but is five times stronger. This significantly reduces the weight of the fins, making kicking more efficient, ultimately extending dive times. Additionally, carbon fiber is highly resistant to seawater corrosion and aging, ensuring long-lasting durability, making it a reliable companion for ocean exploration.

FAQ

  1,Are you a factory or a trading company?
     We are a professional manufacture, founded in 2022.

  2, How to place an order?
Inquire with us → Customize with drawings or samples → Inform us of usage scenarios → Receive our product design recommendations → Negotiate details → Confirm samples → Sign contract/pay deposit → Mass production → Goods ready → Settle balance/delivery → Further cooperation.

3,What about sample orders?
Relevant samples for different products are provided subject to availability, with up to one free sample per product offered, and shipping costs as well as tooling fees to be borne by the buyer.

4, What shipping methods are available?
Sea freight, China Express, and express shipping are available. Other shipping methods can also be arranged. Please contact us if you need another shipping route.

5,How long is the delivery production and shipping time?
The delivery time depends on the quantity of your order.

6,Some products are missing from my package. What should I do?
Please contact our support team. We will verify your order contents with the packaging and compensate or reship accordingly. We apologize for the inconvenience.

7,How to confirm payment?
We accept wire transfers, Documentary Letter of Credit, and other payment methods. Please contact us before making payment through other methods. Normally, 50% deposit and balance payment before shipment.