From September 1–3, at  China Composites Exhibition (CCE 2026), Lankwitzer showcased its complete transparent LED-curing and Hyper-Cure coating solution for carbon fiber composites. With differentiated technological advantages, the solution directly addresses key coating challenges in carbon fiber composites and became one of the highlights of the exhibition.

Dual-Cure Technology for Lightweight Manufacturing

Compared with conventional coating processes, the solution offers four core technological advantages:

Exceptional Finish — Nano-penetration and filling technology addresses microscopic pores in carbon fiber substrates, preventing coating blistering and peeling while preserving the original texture for a high-clarity, mirror-like exposed carbon fiber finish.

Ultra-Fast Curing — LED light curing and Hyper-Cure rapid-drying technologies significantly increase production-line efficiency compared with conventional processes, making the system suitable for high-volume production.

Green & Environmentally Friendly — High solids and low VOC content help meet the latest environmental requirements while reducing energy consumption and emissions on the production line.

Reliable Performance — Excellent weather resistance, corrosion resistance, and scratch resistance enable the system to perform under a wide range of demanding operating conditions.

Six Key Application Areas

Based on a mature technology and proven application experience, the solution has been implemented across six key fields, matching the process requirements of different industries:

Rail Transit Components — Suitable for various lightweight carbon fiber interior and structural components in rail transit, offering strong adhesion as well as weather and abrasion resistance.

Automotive Components — Suitable for carbon fiber exterior and interior components of EV and high-performance vehicles, balancing lightweight construction, premium appearance, and outdoor weather resistance.

Low-Altitude Aircraft — Provides lightweight coating solutions for composite structural components used in drones and low-altitude aircraft.

Smart Robotics — Designed for precision industrial composite components, including proven applications for industrial robot structural components.

High-End Sports Equipment — Suitable for premium carbon fiber products such as bicycles, golf clubs, and winter sports equipment, delivering a high-definition premium exposed-carbon texture.

Medical Devices — Suitable for carbon fiber medical equipment and rehabilitation components, offering low odor together with excellent wash resistance, corrosion resistance, and disinfectant resistance.