Carbon fiber sheet is a high-performance material composited of carbon fiber tows or carbon fiber fabrics and resin matrix.

Its performance features are as follows: It boasts high strength and high stiffness, with strength far exceeding traditional materials and capable of bearing heavy loads. It features lightweight property, low density and light weight, which helps reduce the overall structural weight. It has good corrosion resistance and stable performance in harsh environments. It has a low coefficient of thermal expansion, ensuring stable dimension free from temperature changes. Carbon fiber sheets have a wide range of applications, including automotive industry, sports equipment, medical devices, new-type furniture, electronic equipment and many other fields.

Automotive Manufacturing Field

Products made of carbon fiber for the automotive sector include carbon fiber body structural components such as frames, doors, hoods, interior parts and more. Especially for some high-performance sports cars and high-end models, carbon fiber materials are highly favored to enhance vehicle performance and highlight unique characteristics.

Advantages of carbon fiber composites in automotive manufacturing: Carbon fiber material features extremely high strength and stiffness with relatively light weight. This property helps greatly reduce the overall vehicle weight, thus improving fuel efficiency or extending the cruising range of electric vehicles. In addition, the high strength of carbon fiber can improve vehicle crash safety and better protect passengers in collisions.

SPORTS EQUIPMENT MANUFACTURING FIELD

Carbon fiber sports equipment covers a variety of high-end sporting goods, including bicycles, skateboards, fishing rods, tennis rackets, golf clubs and so on. The properties of carbon fiber make the equipment more flexible and lightweight, helping reduce athletes' fatigue during exercise. With the development of technology, carbon fiber will see wider applications in the sports equipment industry.

MEDICAL DEVICE FIELD

Carbon fiber composite materials are increasingly widely applied in the medical device field and have many remarkable advantages.

Medical devices made of carbon fiber include carbon fiber DR flat-panel detectors, carbon fiber superconducting magnet components, CT tabletop equipment and auxiliary devices, carbon fiber headrests, arm supports, carbon fiber artificial ribs and many other medical products.

Advantages of carbon fiber composite materials in medical devices: High X-ray transmittance: Its mass absorption coefficient for X-rays is far lower than that of conventional materials. It can reduce X-ray dose accordingly, lower the power of X-ray machines, extend equipment service life and save electric energy. Besides, clear images can be obtained with low radiation, reducing hazards to patients and medical staff.

Good biocompatibility: It has minimal irritation to biological tissues, non-toxic and non-carcinogenic. Its elastic modulus is close to that of human bones, giving it potential advantages as the fourth-generation implant material.

HIGH END ELECTRONICS FIELD

High-end electronic products made of carbon fiber include laptop casings, structural parts for foldable-screen mobile phones, etc. Leveraging carbon fiber’s advantages such as light weight, high strength, corrosion resistance and good heat dissipation, the performance and quality of products can be improved.

Advantages of carbon fiber composite materials in the high-end electronics industry:

Laptop casings: Featuring high strength and low density, carbon fiber enables laptops to be thinner, lighter and more robust.

Structural components for foldable-screen phones: It has high strength, low density and favorable modulus, together with excellent electrical conductivity and heat dissipation. It has been adopted by leading industry customers for relevant foldable screens and other mid-to-high-end mobile phone models, with mass production and delivery realized.