High Thermal Conductivity Graphitic HeatConducting Film China Factory Suppliers
High Thermal Conductivity Graphitic HeatConducting Film China Factory Suppliers
Our Graphitic Heat-Conducting Film is a high-performance thermal management solution specifically engineered for the rigorous demands of the aerospace and satellite industry. Designed to dissipate heat rapidly across large surfaces, this advanced material ensures that critical electronic components and satellite subsystems maintain optimal operating temperatures, preventing thermal throttling and extending the lifespan of space-level hardware.
Leveraging superior anisotropic thermal conductivity, this film is ideal for integration into UAVs, satellite data processing units, and power control systems. With a wide operating temperature range and ultra-thin profile, it provides a lightweight yet powerful heat-spreading capability, making it an indispensable component for weight-sensitive aerospace missions where thermal stability is non-negotiable.
Detailed Parameters
| Operating Temperature | Heat Conductivity Coefficient | ≥1500 W/m·k | |
|---|---|---|---|
| Material Thickness | 0.07~0.2 mm | Material Density | 1800 kg/m³ |
| Supply Cycle | 10 days | Application Field | Aerospace & Electronics |
| Thermal Property | High Anisotropy | Compliance | Space-Grade Standards |
| Form Factor | Flexible Film | Thermal Stability | High-Temperature Resistant |
Key Advantages
Extreme Endurance
Operates reliably from -150°C to 150°C, meeting the harsh thermal cycles of outer space.
Rapid Supply Cycle
Efficient production and delivery within 10 days to keep your aerospace projects on schedule.
Ultra-High Conductivity
Thermal conductivity ≥1500 W/m·k ensures rapid heat transfer away from sensitive cores.
Low-Profile Design
With thickness as low as 0.07mm, it fits into the tightest satellite component gaps.
Weight Optimized
Density of 1800 kg/m³ provides an ideal strength-to-weight ratio for flight hardware.
Versatile Integration
Perfect for UAVs, Power Controllers, and Satellite Data systems across various platforms.
Product Gallery
Management Platforms
Inventory Tracking
Real-time monitoring of space-grade film stock to ensure zero lead-time delays.
Quality Control
Strict adherence to aerospace standards for every batch of heat-conducting material.
Rapid Fulfillment
Optimized supply chain allowing for a guaranteed 10-day delivery cycle.
Thermal Validation
Rigorous testing across the -150°C to 150°C spectrum before shipping.
Custom Sizing
Precise cutting and formatting tailored to specific satellite component dimensions.
Technical Support
Expert guidance on integrating graphitic films into complex aerospace assemblies.
Investment Return Comparison
| Feature | Traditional Thermal Pads | Graphitic Heat Film | Impact on ROI |
|---|---|---|---|
| Thermal Conductivity | 1-10 W/m·k | ≥1500 W/m·k | Faster Heat Dissipation |
| Weight Profile | Heavy/Bulky | Ultra-Thin (0.07mm) | Reduced Launch Costs |
| Temp. Range | Limited | -150 to 150℃ | Higher Mission Reliability |
| Installation | Complex/Thick | Flexible/Simple | Lower Assembly Labor |
| Service Life | Degrades Faster | High Stability | Lower Replacement Cost |
Frequently Asked Questions
Yes, our Graphitic Heat-Conducting Film is designed for aerospace applications, remaining stable and effective in the vacuum and extreme temperature fluctuations of space.
It allows for rapid lateral heat spreading, preventing "hot spots" on PCBs and sensitive sensors, which is critical for maintaining the precision of satellite data instruments.
Absolutely. We provide custom cutting and sizing services to ensure the film fits perfectly within your UAV or aerospace component housing.
Our standard supply cycle is 10 days, ensuring that high-demand aerospace projects can proceed without significant material bottlenecks.
While thickness varies based on application needs, the high thermal conductivity coefficient remains constant, providing exceptional heat management regardless of the slim profile.
Graphitic film offers significantly higher thermal conductivity than copper while being a fraction of the weight, which is vital for improving fuel efficiency and payload capacity in aviation.
