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ADD: Building 2, No. 8 Hengzhutang Road, Dongguan
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Phone: +86 135 4224 3751
technical knowledge and expertise.

1. Thermally Conductive Double-Sided Adhesive Silicone Sheet Patent
Sheen was granted a utility model patent for a thermally conductive double-sided adhesive silicone sheet, marking another milestone in the company’s innovation journey. The patented design demonstrates Sheen’s strength in developing high-performance thermal materials for reliable bonding and heat dissipation applications.

2. Utility Model Patent for Thermally Conductive Double-Sided Adhesive Silicone Sheet
Sheen has officially been granted a utility model patent for its thermally conductive double-sided adhesive silicone sheet. This patent marks another step forward in Sheen’s innovation in thermal materials, highlighting its capability to develop practical, high-performance solutions for bonding and heat dissipation applications. The patent was filed on September 3, 2024, and officially authorized on July 4, 2025.

3. Utility Model Patent for Short Fiber Orientation Device
Sheen has been granted a utility model patent for a short fiber orientation device, highlighting the company’s continued innovation in advanced material processing and manufacturing technology. This patented achievement reflects Sheen’s growing technical strength in developing practical equipment solutions that support material performance optimization and production efficiency.

4. Innovation Recognized with Utility Model Patent
Sheen was granted a utility model patent for a short fiber orientation device, further demonstrating the company’s commitment to innovation in advanced materials and manufacturing technologies. The patent highlights Sheen’s capability to develop practical equipment solutions that support better material structure control, improved processing efficiency, and more reliable product performance.

5. Utility Model Patent for Thermally Conductive Silicone Sheet Die-Cutting Device
Sheen has officially been granted a utility model patent for its thermally conductive silicone sheet die-cutting device. This patented achievement reflects the company’s continued innovation in thermal material processing and manufacturing technology, helping improve die-cutting precision, production efficiency, and product consistency for thermal silicone sheet applications.

6. Utility Model Patent for Two-Dimensional Filler Orientation Device for Thermally Conductive Pads
Sheen has officially been granted a utility model patent for a two-dimensional filler orientation device designed for thermally conductive pads. This patented achievement highlights the company’s continued innovation in thermal material processing technology, helping improve filler alignment, optimize thermal performance, and enhance manufacturing consistency for advanced thermal pad applications.

7. Innovation Recognized with Utility Model Patent
Sheen was granted a utility model patent for a thermally conductive silicone sheet composite structure, marking another milestone in the company’s innovation journey. The patent reflects Sheen’s strength in developing practical thermal material solutions that enhance product structure, optimize heat dissipation performance, and support more reliable end-use applications.

8. Utility Model Patent for Thermally Conductive Silicone Sheet Die-Cutting Device
Sheen has officially been granted a utility model patent for its thermally conductive silicone sheet die-cutting device. This patented achievement reflects the company’s continued innovation in thermal material processing and manufacturing technology, helping improve die-cutting precision, production efficiency, and product consistency for thermal silicone sheet applications. The patent was filed on September 3, 2024, and officially authorized on July 22, 2025.

9. Innovation Recognized with Utility Model Patent
Sheen was granted a utility model patent for an adjustable thermally conductive silicone sheet punching device, marking another milestone in the company’s innovation journey. The patent reflects Sheen’s strength in developing practical manufacturing solutions that support better production adaptability, improved processing accuracy, and more reliable product quality in thermal material applications.

10. Innovation Recognized with Software Copyright Registration
Sheen has officially obtained a software copyright certificate for its Carbon Fiber Gasket Application Analysis Software V1.0. This certification reflects the company’s continued investment in material application analysis and digital innovation, further strengthening its technical capabilities in carbon fiber thermal material development and application support. The software copyright was registered on March 13, 2025.

11. Innovation Recognized with Software Copyright Registration
Sheen has officially obtained a software copyright certificate for its Carbon Fiber Gasket Application Analysis Software V1.0. This certification reflects the company’s continued investment in material application analysis and digital innovation, further strengthening its technical capabilities in carbon fiber thermal material development and application support. The software copyright was registered on March 13, 2025.

12. Software Copyright Certificate for Carbon Fiber Gasket Application Analysis Software
Sheen has officially obtained a software copyright certificate for its Carbon Fiber Gasket Application Analysis Software V1.0. This certification reflects the company’s continued investment in material application analysis and digital innovation, further strengthening its technical capabilities in carbon fiber thermal material development and application support. The software copyright was registered on March 13, 2025.

13. Innovation Recognized with Software Copyright Registration
Sheen has been granted a software copyright certificate for its Thermal Conductive Material Design Optimization System V1.0, marking another milestone in the company’s innovation journey. This achievement highlights Sheen’s growing strength in combining advanced thermal material expertise with digital optimization tools to support product development and application performance improvement.

14. Software Copyright Portfolio for Thermal Conductive Silicone Pad Systems
Sheen has officially obtained multiple software copyright certificates for its thermal conductive silicone pad systems, covering intelligent control, automated cutting, thickness adjustment, material dispersion control, and infrared sensing technologies. These certifications reflect the company’s continued investment in digitalized manufacturing and process innovation, further strengthening its technical capabilities in thermal conductive silicone pad production, process control, and intelligent equipment development.

15. Innovation Recognized with Software Copyright Registration
Sheen has been granted a software copyright certificate for its Thermal Conductive Silicone Sheet Test Data Processing Software V1.0, marking another milestone in the company’s innovation journey. This achievement highlights Sheen’s growing strength in combining thermal material expertise with digital data processing tools to support more accurate testing, more efficient analysis, and more reliable application development.

16. Software Copyright Certificate for Thermal Performance Evaluation Platform for Thermal Conductive Materials
Sheen has officially obtained a software copyright certificate for its Thermal Performance Evaluation Platform for Thermal Conductive Materials V1.0. This certification reflects the company’s continued investment in digital evaluation tools and thermal material innovation, further strengthening its technical capabilities in thermal performance analysis, application assessment, and product development support. The software copyright was registered on April 8, 2025.

17. ATF 16949 Certified for Automotive-Grade Quality Management
Sheen has achieved IATF 16949:2016 certification for the manufacture of heat-conducting silicon sheets, thermal gel, and adhesive products. This certification demonstrates Sheen’s strong quality management capabilities and commitment to controlled, consistent manufacturing standards. For customers, it means greater confidence in product reliability, process control, and Sheen’s ability to support high-standard industrial and automotive supply requirements.

18. ISO 9001 Certified and Recognized for Innovation Excellence
Sheen Electronic Technology’s recognition as a High-tech Enterprise, Innovative SME, Specialized and Sophisticated SME, and ISO 9001 certified manufacturer reflects its strong capabilities in R&D, production, and business management. Backed by proven quality systems and continuous innovation, Sheen continues to deliver reliable thermal interface materials and silicone foam solutions, strengthening its reputation as a technology-driven and quality-focused new materials enterprise in global markets.

19. ISO 14001 Certified for Responsible and Sustainable Manufacturing
Sheen has achieved ISO 14001:2015 certification for its environmental management system covering thermal interface materials and silicone foam production. This certification reflects Sheen’s commitment to environmentally responsible manufacturing and standardized operational management. For customers, it means greater confidence in Sheen’s sustainability practices, process control, and ability to support long-term, responsible supply partnerships.

20. CTI Test Report Confirms REACH SVHC Compliance of Sheen Thermal Pad
Sheen’s silicone thermal pad has passed CTI testing for REACH SVHC screening, covering 250 substances of very high concern as well as additional intention and potential intention SVHC substances. The test results show that SVHC concentrations in the submitted sample are all ≤ 0.1% (w/w). For customers, this provides greater confidence in Sheen’s product safety, compliance support, and suitability for global application and supply requirements.
These certifications highlight Sheen’s commitment to advanced materials, reliable quality, and sustainable growth, further strengthening its position as a competitive technology-driven enterprise in the global market.



