Harbin FRP Institute Achieves Mass Production of Satellite Honeycomb Panels, Marking Breakthrough in Space-Grade Composite Manufacturing

PASIA Composites Supports Commercial Space Growth with Aerospace-Grade Honeycomb Core Solutions

HARBIN, China – October 12, 2026 – Harbin FRP Institute has successfully achieved mass production and delivery of satellite honeycomb panels, a milestone that addresses a critical gap in high-end commercial aerospace component manufacturing. The satellite honeycomb panels are lightweight, high-strength aluminum honeycomb sandwich structures designed for the full range of commercial constellation networking applications.

By deploying automated honeycomb thermal cutting equipment, the institute has reduced delivery cycles by more than 30% while maintaining panel flatness precision within 0.05 mm. This combination of precision and capacity supports the low-cost, rapid deployment requirements of modern satellite constellations. Honeycomb sandwich structures are the mainstream material for primary and secondary load-bearing components in spacecraft, valued for high specific strength, fatigue resistance, impact resistance, and design flexibility. They are widely used in satellite bodies, load-bearing cylinders, and solar array substrates.

As the commercial space industry accelerates, demand for reliable, space-qualified honeycomb core materials is rising. PASIA Composites Co., Ltd., a vertically integrated manufacturer with more than 20 years of expertise, is well positioned to serve this market. PASIA operates a complete in-house honeycomb core production line and independently designs and manufactures aerospace-grade and commercial-grade aluminum honeycomb cores, with process and product quality reaching international leading standards.

PASIA’s portfolio includes aluminum honeycomb cores, aramid/Nomex honeycomb cores, carbon fiber honeycomb panels, PP thermoplastic honeycomb, and specialized honeycomb energy absorbers. For satellite and spacecraft applications, PASIA’s carbon fiber aramid honeycomb panels—featuring a Nomex/aramid core and carbon fiber prepreg skins—offer densities as low as 29–160 kg/m³, high shear strength, flame retardancy with low smoke and toxicity, and excellent fatigue resistance. These properties make them suitable for satellite panels, load-bearing structures, solar array substrates, and other space-grade components.

Manufacturing capabilities include automated laser welding production lines, vacuum brazing technology, OEM/ODM services, and 3D printing (FDM/MJF) for rapid prototyping of complex nested honeycomb architectures with precision up to ±0.05 mm. PASIA’s production management is certified under ISO9001:2008, and its products are exported to Germany, Brazil, Mexico, Korea, Singapore, the Middle East, Russia, Australia, and other markets.

With the global honeycomb core materials market projected to reach USD 7.28 billion by 2031, PASIA Composites is committed to supporting the next generation of space exploration and commercial constellation deployment with high-performance, cost-competitive honeycomb solutions.