100% 3K Plain Weave Carbon Fiber Sheet Laminate Plate Twill Weave Panel 1.0mm Thickness

Twill weave carbon fiber plates are engineered with a distinctive diagonal pattern that combines excellent strength with an elegant appearance. The twill weave structure offers greater flexibility during layup compared to plain weave, making it easier to form into complex shapes without compromising performance.

Manufactured from premium carbon fiber and cured under high pressure and temperature, these plates deliver exceptional strength-to-weight ratios, high stiffness, and outstanding resistance to fatigue and corrosion. The signature 2x2 twill weave pattern provides a sleek, high-tech look, making them popular for both functional and aesthetic applications.

Ideal for use in aerospace, automotive, robotics, sporting goods, and high-performance industrial components, twill weave carbon fiber plates offer the perfect balance of durability, lightweight efficiency, and modern design.

Whether you’re making your own drone frames, car chassis, firewalls, bulkheads, or any other custom designs that require high-strength, lightweight material, these quality carbon fiber sheets are more than up to the task. Aerospace and space were some of the first industries to adopt carbon fiber. The high modulus of carbon fiber makes it suitable structurally to replace alloys such as aluminum and titanium.

These high-quality carbon fiber sheet plates come in various sizes, made from 100% 3K plain weave carbon fiber and finished with a matt surface on both sides. Unlike many low-cost carbon sheets that are made by pressing two outer skins of carbon fiber over a carbon and resin core, these plates are made with layered sheets of carbon fiber and resin, making them the same strength all the way through.

Features

1. Made of Carbon Fiber material
2. Very Strong and Light
3. Smooth finish
4. High Tensile Strength
5. Excellent quality
6. Resistance to ultraviolet light.
7. Anti-aging and corrosion resistance

Carbon Fiber Sheet Plate Specification: