Aerospace and Defense

From metals to thermoplastics, key transition for aerospace structures.

eVTOL & UAVs

The rise of Urban Air Mobility (UAM) requires aircraft to balance extreme lightweighting with mass production efficiency.

Corrosion resistant,high imapct resistance,structural material for unmanned ships.

Thermoplastic carbon plates offer steel-like stiffness at 70% less weight, optimizing robotic dynamics.

Thermoplastic plates provide clear imaging without signal interference and meet strict medical hygiene standards.

High-temperature, high-strength structural components: engine pylons, nacelle structures, fuselage frames

Corrosion-resistant and cost-effective: wing leading edges, flaps, fluid system brackets

Covers CF/PEKK, CF/PEEK, CF/PPS, CF/PEI, CF/PPA and other high-performance resin systems.

Metal forging replacement: pressure bulkheads, floor beams, and other primary load- bearing structures

CORE ADVANTAGES

Comprehensive thickness range: 0.5 – 13.5 mm to meet diverse structural requirements

Advanced manufacturing processes: void content ≤ 1%, compatible with induction or ultrasonic welding

Green aerospace solutions: 100% recyclable, supporting ESG carbon reduction goals