Thermal Conductive Silicone - Dongguan City Betterly New Materials Co., Ltd.

Silicone Rubber 

Silicone Additives 

Silicone Resin 

Silicone Fluid/Silicone Oil 

Silane & Siloxane & Silazane 

Phenyl Silicone Materials 

LED Encapsulation Materials 

Silicone Gel 

Thermal Conductive Silicone 

Thermal Conductive Silicone

The Betely Thermal Conductive Silicone Series is engineered to meet stringent requirements for high-efficiency heat dissipation, long-term operational reliability and manufacturing process compatibility across computing, communications, consumer electronics (3C), new energy vehicles, electric power and renewable energy industries.

Targeting critical thermal management challenges arising in high-power-density applications including AI computing chips, 5G base stations and power battery packs, we have completed systematic formula verification and reliability testing. Our products are now fully validated for stable large-scale mass deployment.

Boasting core strengths of high thermal conductivity, low thermal resistance and outstanding long-term stability, our portfolio includes thermal greases with thermal conductivity ranging from 3.5 to 6.3 W/m·K and thermal gels rated 2.3 to 12.5 W/m·K for flexible configuration against diverse heat dissipation demands. Optimized for high-power chips, IGBT modules, optical modules and other components, our materials enable manufacturers to streamline thermal design workflows, cut system operating temperatures and extend product service life, laying an efficient and robust material foundation for your full-spectrum thermal management needs.

Types of Thermal Conductive Silicone for Sale

Core Advantages of Thermal Conductive Silicone

Efficient Heat Conduction, Stable & Reliable Thermal Performance

All BTL thermal management materials are high-performance Thermal Interface Materials (TIM). We implement strict quality control throughout the whole process from formula design to finished product inspection. Featuring low thermal resistance and high dielectric strength, our products comply with mainstream global environmental regulations including RoHS and REACH, bringing greater safety to end-product applications.

Superior thermal conductivity & low thermal resistance for drastically improved heat dissipation efficiency
The maximum thermal conductivity reaches 12.5 W/m·K with a minimum thermal resistance of 0.02 °C·cm²/W. These properties effectively lower the junction temperature of chips and ensure the long-term stable operation of high-power-density equipment.

Comprehensive product portfolio with flexible compatibility for diverse application scenarios
We supply two major product lines: thermal greases (TCC Series) and thermal gels (TCG Series), with thermal conductivity spanning 2.3 to 12.5 W/m·K. They satisfy full-range heat dissipation demands covering 3C consumer electronics as well as the three-electric systems of new energy vehicles.

Excellent processing workability and wide compatibility
Custom-tailored rheological properties match actual working conditions, compatible with multiple processing methods such as screen printing, steel plate printing and automatic dispensing. Both one-component and two-component formulations are available with flexible curing parameters and fast vulcanization speed, effectively boosting your production efficiency.

Application of Thermal Conductive Silicone

Covering Three High-Growth Tracks

Backed by outstanding heat dissipation performance and verified reliability, this series of thermal management materials has been widely adopted in various end-use fields:

Computing, Communications & Consumer Electronics (3C): Applied to heat dissipation for CPUs and GPUs in AI servers, BBU/RRU chips of 5G base stations, optical modules, game consoles and smartphones. The materials efficiently resolve heat dissipation troubles induced by high power density.
New Energy Vehicles: Suitable for thermal management of power battery packs, high-voltage electronic control systems (IGBT) and autonomous driving domain controllers. Passed vibration tests, high-low temperature shock tests and damp-heat environmental tests to guarantee safe and stable vehicle operation.
Power & Renewable Energy Fields: Used for heat dissipation of photovoltaic inverters and IGBT modules. Thermal resistance stays constant after long-term high-temperature aging, with no cracking or sagging, sustaining steady equipment operation under harsh outdoor conditions.

Why Choose Betely?

Comprehensive Product Portfolio
Dual product layout covering thermal grease and thermal gel with graded thermal conductivity values, catering to diversified heat dissipation requirements ranging from low-power to ultra-high-power equipment.
Performance Backed by Measurable Test Data
Verified physical test data including thermal resistance-pressure curves, aging reliability reports and oil bleeding test results are provided to support customers with evidence-based material selection.
Full-Lifecycle Process Technical Support
We offer professional guidance ranging from screen printing parameter optimization to dispensing process debugging, enabling customers to smoothly launch mass production in a short timeframe.
Compliant Products with Customization Flexibility
Tunable properties such as thermal conductivity, curing rate and viscosity are available upon request. We also deliver customized thermal simulation analysis and targeted material selection recommendations.