Structural Surfaces
Engineered CFRTP surfaces for efficient structural design
Structural surfaces are thin-walled CFRTP panels engineered with advanced geometries to maximize performance while minimizing material use. Ranging from simple trapezoidal forms to complex multi-curvature designs, these surfaces deliver high strength, impact resistance, and energy absorption while remaining lightweight and thermoplastically reformable.
Surfaces are available as flat panels or formed to defined curvatures to meet demanding requirements across defense, construction, transportation, and industrial applications.
Single-Curvature
Lightweight corrugated or trapezoidal panels designed to maximize stiffness and load distribution.
Single-curvature geometries provide reliable structural performance with minimal material, making them well suited for reinforcement, decking, and modular surface systems.
Multi-Curvature
Complex panels engineered with curvature in multiple directions to achieve high structural efficiency.
These cellular and formed geometries combine energy absorption, durability, and stiffness, enabling large structural surfaces where weight reduction and resilience are critical.
Technical Snapshot
Materials
Polymers: Any commercially available thermoplastic, including PP, PE, PA, PET, PC, PEEK, PEI, and others.
Reinforcements: Typically continuous glass or carbon fibers. Basalt, natural fibers, aramid, fiber-optic, metallic, and other specialized reinforcements can be incorporated as required.
Structural Efficiency
Geometry: Thin-walled forms engineered to maximize stiffness-to-weight and impact resistance.
Strength: Designed for energy absorption and structural efficiency with minimal material use.
Applications
Infrastructure: Defense, construction, and transportation structures requiring lightweight durability and long service life.
Industrial: Panels and formed surfaces for impact-resistant, recyclable, and corrosion-resistant solutions.
Explore CFRTP products
Contact Us For Pricing
