Reverie Carbon Fibre Single Sheet Panel - 250x1220mm 0.80mm Thickness

Reverie Carbon Fibre Single Sheet Panel, measuring 250x1220mm and 0.80mm thickness, is a superior quality product designed for car enthusiasts who require precision and perfection in their vehicle's trim and paneling.

This single sheet panel is fabricated from high-quality pre-preg carbon fibre, renowned for its exceptional durability, strength, and lightweight properties.

The panel's single-sided gloss finish ensures a professional appearance, making it an excellent choice for dashboards, door panels, or cosmetic trim applications.

With its 0.80mm thickness, this product offers the perfect balance between rigidity and flexibility, allowing for effortless integration into any custom build or fabrication project.

The high-quality pre-preg carbon fibre used in the manufacturing process ensures a superior finish, with a single side gloss coating providing an added layer of refinement.

This results in a premium aesthetic that complements any vehicle's design, making it an excellent choice for car enthusiasts seeking to elevate their vehicle's appearance.

Available in a wide range of dimensions, the Reverie Carbon Fibre Single Sheet Panel is adaptable and versatile, catering to diverse applications and requirements.

Whether you're seeking to upgrade your dashboard or door panels, this product offers a superior solution for achieving a professional finish.

With its exceptional quality and adaptability, the Reverie Carbon Fibre Single Sheet Panel is an excellent choice for car enthusiasts seeking to elevate their vehicle's appearance.

Its high-quality pre-preg carbon fibre construction, combined with a single-sided gloss finish, ensures a premium aesthetic that complements any vehicle's design.

• Manufactured from high-quality pre-preg carbon fibre
• Suitable for dashboards, door panels, or cosmetic trim applications
• Available in a wide range of dimensions to cater to diverse requirements
• 0.80mm thickness provides the perfect balance between rigidity and flexibility