Aerospace & Space Programmes
Enclosures and structural hardware where shock, vibration, EMI and extreme temperatures decide whether a system performs. Two granted satellite-chassis patents, complete cabinet systems delivered for space-electronics programmes, and full documentation behind every shipment.
Capabilities
The requirements that separate aerospace packaging from ordinary enclosures — and how C-BOX answers each one, from catalog subracks to fully customized chassis built from your drawing.
Shielded subracks and chassis with conductive gaskets, contact springs and shielded connectors. Shielding effectiveness, salt spray and connection resistance are verified on third-party test reports published on this site.
Conduction-cooled CPCI and VPX chassis, cold-plate and guide-rail heat paths, 1U fan trays, ventilated and sealed variants, plus heating options for low-temperature operation.
Reinforced C-type chassis, welded steel frames, ribbed aluminum profiles and patented shock-resistant structures — validated against vibration and seismic requirements.
Patented dust-proof and low-temperature-resistant satellite chassis, IP-rated outdoor enclosures, and surface finishes engineered for salt spray, condensation and long duty cycles.
Material certificates, anodizing and coating records, dimensional inspection reports and third-party type tests (EMC, shielding, salt spray, vibration) — audit-ready, per shipment.
Designed to IEC 60297 19″ mechanics, IEEE 1101.x Eurocard practice, PICMG CompactPCI/PXIe and VITA VPX profiles — or built entirely to your drawing, in aluminum, stainless steel or sheet steel.
Programme Track Record
What we have delivered, and where you can read about the programmes themselves.
C-BOX supplied complete electronic cabinet systems to the 16th Research Institute of CETC for its space-electronics programmes, including the "Aerospace BeiDou" satellite navigation system and the Chang'e-5 lunar mission ground systems. Precision, traceability and documentation were held to aerospace-level requirements throughout.
Programme background (official sources): BeiDou — official site · CETC
Two granted utility models cover chassis built specifically for satellite duty: a low-temperature-resistant chassis for satellites (CN202023124739.3, Kunshan plant) and a dust-proof chassis for satellites (CN202122683610.4, Hefei plant). Certificate scans and the full patent list are published on our Patents page.
Equipment racks inside the Tianhe core module of China's space station carry cabinet hardware supplied by C-BOX. Our scope on this programme is the cabinet and panel hardware shown on the equipment wall — not the module itself, which was built by the prime contractors and integrates equipment from many suppliers.
Broadcast image, June 2021 · Open full image
In 2021–2022 C-BOX ran a joint development programme with Nanjing University of Posts and Telecommunications to verify the thermal design of high-sealing, waste-heat-recovery subrack systems. The work covered finite-element and CFD simulation of the heat paths between a subrack interior and its surroundings — conduction, convection and radiation — and delivered a validated thermal analysis for enclosures required to hold their internal working temperature without active cooling. All intellectual property arising from the programme is owned by C-BOX.
Standards & References
Our designs follow international mechanical and interface standards, and our own claims can be checked against the certificates, test reports and patent records on this site.
External links are provided for reference to official programme and standards organisations. Company names and marks belong to their respective owners. C-BOX is an independent supplier and is not affiliated with, endorsed by or acting for any organisation listed above.
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