Four carbon fiber plates are placed at an Angle
Four carbon fiber plates are placed at an Angle
Four carbon fiber plates are placed at an Angle
Three diagonal front views of carbon fiber plates with matte, semi-matte and glossy finishes
Three diagonal front views of carbon fiber plates with matte, semi-matte and glossy finishes
Four diagonal front views of carbon fiber plates
Four diagonal front views of carbon fiber plates
Multiple diagonal front views of carbon fiber plates From thin to thick
Multiple diagonal front views of carbon fiber plates From thin to thick

Lightweight and high-strength multi-functional engineering solution 5mm carbon fiber plate

The 5mm carbon fiber plate supports CNC precision processing and size customization (up to 2600×800mm), flexibly meeting the structural requirements of different scenarios. Its comprehensive performance achieves an efficient balance among lightweight, strength and safety reliability, making it an excellent basic material for modern industrial upgrading and innovative design.

Product Details

The 5mm carbon fiber sheet is a high-performance composite material manufactured by layering carbon fiber prepreg (such as standard 3K specification) in multiple plies (approximately 30 layers) and curing under high temperature and pressure

Four carbon fiber plates are placed at an Angle

. Its core advantages lie in exceptional lightweight properties​ (density only one-fourth that of steel) and ultra-high strength​ (8–10 times stronger than steel), while also offering corrosion resistance, a low thermal expansion coefficient, and excellent fatigue resistance. These characteristics make it an ideal replacement for traditional metal materials across various sectors:

  1. Industrial & High-End Equipment:​ Used in aerospace components (e.g., drone structures, aircraft parts), automotive lightweight parts (reducing body weight, improving fuel efficiency), and medical devices (e.g., CT scanner tables, X-ray machine components).
  2. Precision & Consumer Electronics:​ Suitable for high-precision mechanical parts and electronic device housings (e.g., smartphones, laptops), providing electromagnetic shielding and anti-static protection while enhancing product aesthetics.
  3. Sports & Specialized Equipment:​ Applied in high-performance sports gear (e.g., bicycle frames, rackets), model making (e.g., aircraft models, ship models), and marine engineering parts requiring corrosion resistance (e.g., hull reinforcement materials)

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