Our journey to space starts with entrusted composite material technology of launch vehicle structural components of extreme launch conditions.

Using high-strength, heat-resistant composites, we ensure structural integrity and functionality under intense vibration, high-velocity thrust, and elevated temperatures.

In line with the growing trend of space economy, we continue to develop lighter, stronger, and more production-efficient composite material solutions.

By implementing integrated structures, we reduce part counts and streamline production processes—enhancing overall assembly efficiency.

We ensure payload protection and structural reliability through precision structural design.

Our composite material structures are engineered to withstand external shock, vibration, and temperature fluctuations, securely supporting and protecting payload systems.

Lightweight, high-strength solutions support sustainable satellite operations and expand the possibilities of space utilization.

By applying ultra-light composite components, we reduce launch and operation costs.