Carbon Fiber Sandwich Panel

Structure & Performance

The sandwich structure significantly improves bending stiffness and overall rigidity compared with solid composite plates. The mechanical performance is achieved through the combination of CFRP face sheets and optimized core material selection. Lightweight cores can include foam (PVC / PET / PMI), honeycomb (aluminum / Nomex), or wood (balsa), providing versatility for different load-bearing and design requirements.

Surface Finish

Available in matte or glossy surface finishes. The surface is resistant to wear and corrosion, ensuring long-lasting structural and aesthetic performance.

Size & Customization

Standard panels are available in various thicknesses and sizes, with options for custom dimensions. Total thickness can be tailored based on face sheet layers and core material. Custom machining options such as cutting, drilling, slotting, or CNC processing are also available to meet specific application requirements.

Applications

• Aerospace and aviation interior structures

• Automotive lightweight body panels

• Industrial equipment enclosures and platforms

• Marine and transportation structures

• High-end architectural and decorative panels

Summary

Compared with solid carbon fiber plates, sandwich panels deliver higher stiffness and strength at much lower weight through optimized structural design and choice of core material.