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Aerospace Flexible HeatConducting Cable China Factory and Suppliers
Looking for reliable China suppliers? Our factory provides high-performance flexible heat-conducting cables for aerospace and satellite systems. Featuring lightweight design, low stiffness, and superior thermal conductivity, these cables ensure efficient heat dissipation for high-power components in extreme space environments.
SupplierAstralink Science and Technology Co., Ltd.www.space-navi.com
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About this product
Product information from the supplier.
The Flexible Heat-Conducting Cable is a high-performance thermal management solution engineered specifically for the rigorous demands of aerospace and satellite systems. Designed to maintain critical temperature stability in the vacuum of space, this cable ensures efficient heat transfer while providing the necessary flexibility to accommodate structural movements and thermal expansion.
Integrating advanced materials science with aerospace-grade reliability, this cable is optimized for extreme environments, offering a wide operating temperature range and superior vibration attenuation. It serves as a vital link in the power sub-systems and satellite components, ensuring that sensitive electronic instruments remain within operational thermal limits during long-term in-orbit missions.
Detailed Parameters
| Operating Temperature | -150~150℃ | Heat-conducting Property | 0.2~2 W/℃ |
|---|---|---|---|
| Stiffness | ≤3 mN/mm | Vibration Isolation | ＞90% Attenuation |
| Density | 1800 kg/m3 | In-orbit Quantity | >10 sets |
| Accumulated Working Time | ＞43000h | Supply Cycle | 1 month |
| Application Field | Aerospace/Satellite | Material Grade | Space-Level |
Key Advantages
Extreme Thermal Range
Capable of operating flawlessly from -150℃ to 150℃, ensuring stability in the harshest orbital environments.
Proven Space Heritage
With over 43,000 hours of accumulated working time and 10+ sets in orbit, reliability is guaranteed.
High Shock Absorption
Superior vibration isolation property with over 90% attenuation to protect sensitive satellite components.
Optimized Flexibility
Low stiffness (≤3 mN/mm) allows for easy installation and prevents mechanical stress on joints.
Efficient Thermal Flux
Precise heat-conducting properties (0.2~2 W/℃) provide tailored thermal management for electronic payloads.
Rapid Deployment
Streamlined manufacturing process allows for a short supply cycle of just one month.
Product Gallery
Management Platforms
Component Integration
Seamlessly integrates with satellite data and power controller modules.
Thermal Monitoring
Compatible with advanced TT&C products for real-time thermal health tracking.
Quality Assurance
Strict adherence to space-level quality standards for every production batch.
Lifecycle Support
Continuous monitoring and support throughout the entire mission lifecycle.
Inventory Sync
Efficient supply chain management ensuring a 1-month delivery turnaround.
System Calibration
Precision calibration to match specific heat-conducting requirements per project.
Investment Return Comparison
| Performance Metric | Standard Cable | Our Space-Grade Cable |
|---|---|---|
| Thermal Range | -50 to 100℃ | -150 to 150℃ |
| Vibration Damping | > 90% | |
| Orbit Reliability | Unproven | 43,000+ Hours Proven |
| Supply Lead Time | 3-6 Months | 1 Month |
| Mechanical Stress | High Stiffness | Low (≤3 mN/mm) |
Frequently Asked Questions
Q: What makes this cable suitable for the aerospace industry?
It is designed for the extreme temperature swings of space (-150 to 150℃) and features high vibration attenuation to protect against launch-phase shocks.
Q: How has the in-orbit performance been validated?
The cable has been deployed in more than 10 orbit sets with a total accumulated working time exceeding 43,000 hours, proving its long-term durability.
Q: Can the heat-conducting property be customized?
Yes, the product offers a range of heat-conducting properties from 0.2 to 2 W/℃ to meet specific thermal management requirements of different satellite components.
Q: What is the typical lead time for aerospace-grade orders?
We maintain a highly efficient production cycle, allowing us to provide a supply cycle of approximately 1 month.
Q: Does the cable affect the weight of the satellite?
With a density of 1800 kg/m3 and optimized stiffness, it provides a balanced ratio of thermal efficiency to mass, critical for aerospace weight budgets.
Q: How does this cable interact with power sub-systems?
It acts as a thermal bridge, conducting excess heat away from power controllers and battery packs to prevent overheating and ensure operational longevity.
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Astralink Science and Technology Co., Ltd.
