Since establishment, we focus on R&D, formulation optimization and reliability validation of thermal interface materials
Since establishment, we focus on R&D, formulation optimization and reliability validation of thermal interface materials. Our team consists of engineers specialized in material science, thermal simulation and testing. We tackle cooling challenges for high-power devices including AI servers, energy storage systems and optical modules. More than a material supplier, we act as early-stage thermal design partners. We provide one-stop thermal management solutions covering material selection, simulation and reliability testing. We deliver stable, low-aging and compliant materials to support long-term safe heat dissipation for global hardware products. For years, we have served leading enterprises in computing, new energy and communication industries, jointly solving thermal challenges for successive hardware generations.
- Full range of thermal materials comply with RoHS and REACH requirements
- Thermal pads and thermal gels comply with UL94 flammability and insulation tests
- Complete reports available for thermal resistance, thermal conductivity and thermal cycling reliability
Development Timeline
We steadily advance in thermal management materials, focus on R&D and project delivery, and grow together with industry clients.
Desc：Form material R&D team, build basic lab and begin research on thermal interface material formulations.
Desc：Self-developed thermal pad enters small-batch production and samples for consumer electronics customers.
Desc：Standardized production and QC processes implemented, quality management system certified.
Desc：Develop non-silicone materials to solve silicone bleeding issues and enter optical communication market.
Dispensable thermal gel line put into use, supporting auto dispensing solutions for energy storage and power devices.
Develop ultra-thin, low-aging-drift thermal interface materials for next-gen high-power computing hardware.
Manufacturing
Automated production lines and standardized workshops realize integrated manufacturing from batching, forming to testing. We control quality and lead time strictly for every batch.
Automatic powder and matrix batching system ensures controllable filler ratio and consistent performance across batches.
Support die-cutting for thermal pads and extrusion & filling for thermal gels. Custom size, thickness and shape according to customer drawings.
Cooperation Principles
We serve clients as long-term partners, uphold business ethics, jointly solve thermal challenges and build sustainable partnerships.
We maintain business integrity, truthfully report material performance, test data and lead time without overstating product specifications.
Join customer thermal design at early stage, provide material selection, simulation and testing support to solve thermal challenges together.
Strictly control product quality and delivery stability, continuously optimize solutions to improve clients’ product competitiveness.
Quality Certifications
ISO 9001:2015
Quality management system certification, standardizing full process of R&D, production and delivery
2025–2027
UL94 V-0
Flammability certification, thermal materials meet strict fire safety requirements
2024–2028
RoHS & REACH
EU environmental compliance certification, restricts hazardous substances and supports global export
Ongoing
All thermal pads, thermal gels and phase-change thermal materials are manufactured in accordance with above certification standards. Test reports are available for each batch. Certificate copies can be provided for customer project review, product qualification and overseas export.
Certificate documents
Cooperate & Create Value
For thermal management challenges, contact us for material selection, sample testing and custom solutions. Let’s deliver your projects together.