Carbon Fibre Sheet Gloss Plain Different Sizes 1 to 5mm Thicknesses

Introduction to Fibre Sheet Gloss Plain
Fibre sheet gloss plain is a versatile composite material renowned for its sleek finish and reliable performance. These sheets are made from high-strength fibres, typically carbon fibre, glass fibre, or hybrid combinations, reinforced with a durable resin matrix. Featuring a smooth, glossy surface, these sheets are aesthetically pleasing while offering excellent mechanical properties. Available in thicknesses ranging from 1 mm to 5 mm, they cater to various applications where both appearance and functionality are important.

Specifications 

Key Features and Benefits
The plain weave structure of the fibre sheet ensures a balanced strength distribution in both directions, making them well-suited for structural and decorative uses. The glossy finish not only enhances visual appeal but also provides resistance to scratches, UV exposure, and moisture. This combination of durability and style makes the sheets ideal for visible surfaces in automotive, interior design, and consumer goods. Additionally, the range of thicknesses allows for flexibility, from lightweight applications with thinner sheets to sturdier projects requiring thicker material.

Applications Across Industries
Fibre sheet gloss plain is widely used across industries for its adaptability and performance. In automotive design, these sheets are employed for interior trims, dashboard accents, and lightweight body panels. They are also popular in consumer electronics, such as protective covers and laptop skins, due to their sleek look and durability. In construction and interior design, the sheets are used for decorative panels, furniture components, and wall accents. The availability of various sizes and thicknesses makes them ideal for both large-scale and detailed, precision projects.

Customization and Performance
With thickness options ranging from 1 mm to 5 mm, fibre sheet gloss plain can be tailored to specific design and performance needs. Thinner sheets are lightweight and easy to handle, making them suitable for overlays and cosmetic applications. Thicker sheets, on the other hand, provide added strength and rigidity for load-bearing or structural uses. The plain weave ensures consistent performance, while the glossy surface maintains its aesthetic and protective qualities over time. With their adaptability, these sheets meet the demands of modern industries where both aesthetics and high performance are critical.

Technical Specifications for Carbon Fibre Sheet Gloss Plain Weave

1. Material Composition

   • Base Material: High-strength carbon fibre (typically T300 or T700 grades).
   • Weave Type: Plain weave for uniform strength distribution and consistent mechanical performance.
   • Resin System: High-quality epoxy resin, offering excellent adhesion and a durable, glossy finish.
   • Surface Finish: High-gloss surface on one or both sides, with the characteristic carbon fibre weave pattern visible.

2. Mechanical Properties

   • Tensile Strength: ~500 MPa to 700 MPa, depending on fibre grade and resin system.
   • Flexural Strength: ~550 MPa to 800 MPa.
   • Young’s Modulus (Tensile): ~50 GPa to 75 GPa.
   • Density: ~1.5 g/cm³, ensuring a lightweight yet strong material.
   • Impact Resistance: High, with improved resistance at greater thicknesses.

3. Physical Dimensions

   • Thickness Range: 1 mm to 5 mm, available in increments for tailored applications.
   • Sheet Sizes: Common standard sizes include 300 mm x 300 mm, 500 mm x 500 mm, and 1000 mm x 1000 mm. Custom dimensions are available upon request.
   • Weight per Sheet: Varies by thickness; approximately 1.5 kg/m² for a 1 mm sheet, scaling proportionally with thickness.

4. Thermal Properties

   • Operating Temperature Range: -40°C to +120°C for continuous use; higher for short-term exposure depending on the resin system.
   • Glass Transition Temperature (Tg): Typically ~90°C to 150°C.
   • Thermal Expansion Coefficient: Negligible, ensuring dimensional stability under thermal stress.

5. Electrical Properties

   • Electrical Conductivity: Semi-conductive due to the carbon fibre base; resin matrix acts as an insulating layer.
   • Dielectric Strength: Excellent for non-conductive applications when epoxy resin dominates the composition.

6. Durability and Surface Protection

   • Scratch Resistance: High, due to the protective resin layer.
   • UV Resistance: Glossy finish includes UV inhibitors to prevent discoloration and degradation over time.
   • Moisture Resistance: Fully resistant to water and humidity, suitable for both indoor and outdoor applications.

7. Manufacturing Details

   • Fabrication Method: Hand layup or vacuum infusion for consistent quality and precision.
   • Curing Process: Room-temperature curing with optional post-curing for enhanced thermal and mechanical properties.
   • Machining: Easily CNC-machined or laser-cut for custom shapes and sizes, ensuring clean edges.

8. Applications

   • Automotive: Interior and exterior accents, lightweight panels, and trim pieces.
   • Aerospace: Interior components, lightweight brackets, and decorative elements.
   • Consumer Goods: Phone cases, laptop covers, and other visually appealing protective applications.
   • Construction & Interior Design: Decorative panels, wall cladding, and furniture components.

The combination of a plain weave structure, glossy finish, and a wide range of thicknesses makes these sheets ideal for applications requiring a balance of aesthetics and mechanical performance. Customization options further enhance their versatility for diverse industrial and creative needs.