GT50R (prototype)
is our most sustainable Graphene Enhanced Thermal Interface Material, based on rests of the production
GT50R(prototype)
Sustainable Thermal Performance for Next-Generation Power Electronics
Turning Advanced Materials into Sustainable Innovation
GT50R® is a graphene-enhanced Thermal Interface Material (TIM) engineered for applications where efficient heat dissipation and mechanical reliability are critical.
Developed from carefully recovered graphene material generated during the production of GT-TIM®, GT50R® represents a unique combination of high thermal performance and resource efficiency. The result is a high-value thermal management solution that supports both demanding engineering requirements and sustainability objectives.
Key Benefits
Exceptional Thermal Conductivity
Efficient heat transfer enables improved thermal control in high-power applications.
Outstanding Mechanical Strength
Designed to withstand demanding operating environments while maintaining long-term performance.
Sustainable by Design
Produced using graphene material recovered from existing manufacturing processes, supporting a circular and resource-efficient production model.
Reliable Performance
Low surface roughness and controlled thickness characteristics ensure excellent contact between heat-generating components and cooling systems.
Features
Applications
GT50R® is particularly well suited for:
- Battery cooling systems
- Battery pack encapsulation
- Power electronics
- Energy storage systems
- Power modules
- Industrial automation equipment
- Electric vehicles
- Renewable energy systems
- High-performance computing infrastructure
- AI and data centre hardware
Wherever heat limits performance, GT50R® provides a reliable thermal management solution.
GT50R (prototype)
GT50R® demonstrates how advanced materials manufacturing can create both technological and environmental value. By transforming recovered graphene material into a high-performance thermal interface solution, Smart High Tech extends material utilization while delivering exceptional thermal management performance for the industries shaping the future.
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