Carbon Fiber PEEK Unidirectional Tape

Introduction

Carbon Fiber PEEK Unidirectional Tape is an advanced composite material that merges the remarkable strength and rigidity of carbon fiber with the excellent thermal and chemical resistance of Polyether Ether Ketone (PEEK) resin. This specially treated Tape enables the development of lighter and stronger product designs while maintaining high quality.

Key Features

High Strength and Stiffness: Carbon fiber provides remarkable tensile strength and rigidity, ensuring that the material maintains its shape and performance under high loads.

Excellent Thermal Stability: PEEK resin can withstand continuous use at temperatures up to 260°C, making it suitable for applications in high-temperature environments.

Good Chemical Resistance: It can resist a wide range of chemicals, including solvents, acids, and bases, making it ideal for harsh working conditions.

Lightweight Design: Compared to metal materials, carbon fiber composites significantly reduce product weight while maintaining or enhancing structural strength.

Ease of Processing: The prepreg format allows for convenient manufacturing, suitable for various molding processes such as vacuum bagging and automated tape laying.

Product Characteristics

1.Width: 1mm - 304mm

2.Thickness: 0.13mm - 0.15mm

3.Fiber Areal Weight (FAW): 75-150 gsm

4.Resin Content (RC): 35-50 wt%

5.Tensile Modulus: 130 GPa (ASTM 3039)

6.Tensile Strength: 2000 MPa (ASTM 3039)

Properties of PEEK Unidirectional Tape

1.Corrosion Resistant

2.Stable Dimensions

3.Low Shrinkage, Low Water Absorption, and Low Coefficient of Thermal Expansion

4.Products Can Be Reinforced Through Overmolding

5.Recyclable and Reusable

6.Excellent Fatigue Resistance

Applications

Carbon Fiber PEEK Unidirectional Tape finds extensive use across various sectors:

Aerospace: Applied in aircraft parts and structures to enhance performance and fuel efficiency.

Automotive Industry: Used in racing cars and high-performance vehicles for lightweight components, improving speed and handling capabilities.

Medical Devices: Guarantees safety and reliability during high-temperature sterilization processes.

Electronics: Utilized for creating strong and lightweight enclosures and brackets for electronic devices.