Product Introduction: Carbon Fiber Board with PET Flame-Retardant Composite Material

Product Introduction: Carbon Fiber Board with PET Flame-Retardant Composite Material

This product is constructed from a composite of carbon fiber board and a PET flame-retardant layer, deeply integrating the excellent structural and mechanical properties of carbon fiber boards with the flame-retardant safety features of PET. It overcomes the performance limitations of individual materials, offering an overall stable structure, high safety factor, and strong practicality. Widely applicable across various industrial sectors—including industrial equipment, new energy, and precision instruments—it is a high-quality structural material that balances quality and safety.

I. High-Strength Carbon Fiber Base Material: Stable Performance and Durability

The core base material of this product is high-quality carbon fiber sheet, which offers key advantages such as high strength, high rigidity, and low weight, with mechanical properties far surpassing those of ordinary sheets. This material exhibits outstanding resistance to deformation and bending, and remains resistant to issues such as warping or cracking even under long-term load. Additionally, carbon fiber panels are corrosion-resistant, oxidation-resistant, moisture-resistant, and rust-proof. They are unaffected by humid or conventional corrosive environments, effectively extending the product’s service life. Compared to traditional metal materials, they also offer significant weight reduction, meeting the requirements for lightweight equipment.

II. Enhanced Safety Through PET Flame-Retardant Laminate

The material’s surface is laminated with a specialized PET flame-retardant layer that strictly complies with industry flame-retardant safety standards. When exposed to open flames, it rapidly suppresses flame spread and slows the combustion rate. During combustion, it produces minimal smoke and no significant molten droplets, effectively mitigating the risks of fire spread and injuries or property damage caused by high-temperature droplets. This greatly enhances product safety and meets safety usage standards for high-risk applications such as electrical equipment, energy storage components, and industrial machinery.

III. Highly Adaptable Composite Structure and Practical Processability

The carbon fiber and the PET flame-retardant layer are tightly bonded and molded into a composite, resulting in a flat, smooth surface and excellent structural integrity. This not only fully preserves the structural advantages of carbon fiber but also addresses the shortcomings in flame-retardant performance found in pure carbon fiber panels. The finished product offers high workability and supports various secondary processing operations such as cutting, drilling, and sanding. It delivers neat and aesthetically pleasing results with good dimensional stability, making it suitable for a wide range of customized manufacturing needs.

IV. Versatility Across Multiple Scenarios and a Wide Range of Applications

This composite material combines multiple advantages—including lightweight construction, high rigidity, corrosion resistance, and flame-retardant safety—making it suitable for a wide range of applications. It can be used in protective components for new energy batteries, tooling and fixtures for automated equipment, precision instrument housings, and protective accessories for industrial equipment, perfectly meeting the dual requirements of structural strength, lightweight design, and fire safety in various usage scenarios.

Customization Services and Applications

Standard sizes such as 400×500 mm and 500×600 mm, with thicknesses ranging from 2 to 10 mm, are available from stock.

Summary Table of Core Product Characteristics