Funique Composites Private Limited

·Carbon Fabric 1K BD Plain 90 GSM ·Carbon Fabric 3k BD Plain 160 GSM ·Carbon Fabric 3k BD Plain 200 GSM ·Carbon Fabric 3k BD Twill 200 GSM ·Carbon Fabric 3k BD Twill 240 GSM .Carbon Fabric 3k BD Plain 240 GSM ·Carbon Fabric 3k BD plain 280 GSM ·Carbon Fabric 3k BD Twill 280 GSM ·Carbon Fabric 3k BD Twill 360 GSM ·Carbon Fabric 12k BD Plain 400 GSM ·Carbon Fabric 12k BD Twill 400 GSM Carbon Fabric UD ·Carbon Fabric 3k UD 160 GSM ·Carbon Fabric 12k UD 200 GSM .Carbon Fabric 12k UD 300 GSM ·Carbon Fabric 12k UD 400 GSM ·Carbon Fabric 12k UD 600 GSM

The Quality of this carbon fiber sheet is 100% original.This carbon sheet will be very light weight and will be very strong & smooth. This carbon , fiber sheets are used in drones, Medicals, Robotics etc.
We manufacture Composite Carbon Fiber Sheet As per your requirements also by using Carbon fabric of 3K, 6K, 12K etc. 

Features1.Made of Carbon Fiber Material2.Very Strong & light3.Smooth Finish4.High Tensile strength 5.Excellent Quality

·Carbon Fabric 1K BD Plain 90 GSM ·Carbon Fabric 3k BD Plain 160 GSM ·Carbon Fabric 3k BD Plain 200 GSM ·Carbon Fabric 3k BD Twill 200 GSM ·Carbon Fabric 3k BD Twill 240 GSM .Carbon Fabric 3k BD Plain 240 GSM ·Carbon Fabric 3k BD plain 280 GSM ·Carbon Fabric 3k BD Twill 280 GSM ·Carbon Fabric 3k BD Twill 360 GSM ·Carbon Fabric 12k BD Plain 400 GSM ·Carbon Fabric 12k BD Twill 400 GSM Carbon Fabric UD ·Carbon Fabric 3k UD 160 GSM ·Carbon Fabric 12k UD 200 GSM .Carbon Fabric 12k UD 300 GSM ·Carbon Fabric 12k UD 400 GSM ·Carbon Fabric 12k UD 600 GSM

Unidirectional (UD) carbon fiber refers to a type of carbon fiber reinforcement where all the fibers run parallel in a single direction. It is commonly used in high-performance composite materials because of its excellent strength-to-weight ratio and directional stiffness.

Key Characteristics of UD Carbon Fiber:

1. High Strength & Stiffness – Provides superior mechanical properties along the fiber direction.
2. Lightweight – Offers a high strength-to-weight ratio, making it ideal for aerospace, automotive, and sporting applications.
3. Anisotropic Behavior – Extremely strong and stiff in one direction but weak in perpendicular directions.
4. Customizable Layups – Can be combined with other fiber orientations (e.g., 0°, 45°, 90°) to achieve desired structural properties.
5. Good Fatigue Resistance – Maintains performance under repeated loading.

Common Applications:

• Aerospace (aircraft wings, fuselage)
• Automotive (racing and high-performance vehicle components)
• Sporting Goods (bicycles, golf clubs, tennis rackets)
• Wind Energy (turbine blades)
• Medical (prosthetics, surgical instruments)

Would you like more details on its manufacturing, advantages over woven carbon fiber, or specific applications?