Thermal Interface Materials & Custom Thermal Management Solutions
Sheen develops high-reliability polymer materials—thermal pads, gels, tapes, adhesives, phase change materials, and foamed silicone—to reduce hotspots and improve product reliability.
Get material recommendations, samples, and validation support from our engineering team.
Get material recommendations, samples, and validation support from our engineering team.
Applications
Key Application Fields
Key Application Fields
Match materials to real-world thermal challenges across industries. Get recommended products, typical stack-ups, and validation notes.
Thermal Interface & Insulation Materials
Explore Sheen’s material portfolio for electronics cooling and insulation.
Compare options by thermal conductivity, thickness, softness, compliance, and operating temperature.
Graphene Thermal Pads
With its ultra-high thermal conductivity, excellent flexibility and conformability, as well as insulation and temperature resistance characteristics, it can efficiently fill gaps in electronic devices and quickly dissipate heat, ensuring both optimal heat dissipation performance and safety.
Boron Nitride Thermal Pads
Boron nitride thermal pads combine ultra-high thermal conductivity, electrical insulation, high temperature resistance, and chemical stability, making them suitable for the demanding heat dissipation requirements of high-power electronic devices without the risk of electrical leakage.
Key Application Fields of Thermal & Foamed Silicone Materials
Sheen’s thermal interface materials and foamed silicone materials are widely used in mission-critical electronic systems.
Through application-driven engineering, we help customers improve heat dissipation efficiency, reliability, and long-term stability across diverse industries.
Through application-driven engineering, we help customers improve heat dissipation efficiency, reliability, and long-term stability across diverse industries.
Thermal Management for 5G
5G Base Station Power Module – Junction Temperature -8°C
Thermal Management for Electric Vehicles
EV Battery Pack – Improved Cycle Life with Optimized TIM
Thermal Management for Display Panels
Gaming Laptop – Lower Surface Temperature by 5°C
Why Choose Sheen Technology?
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Strong R&D Capability
Backed by an experienced R&D team with 20% PhD and 50% master’s degree holders, Sheen develops reliable thermal and foamed silicone materials through continuous innovation.
Integrated R&D & Manufacturing
Sheen integrates material formulation, prototyping, and mass production in-house, ensuring stable quality, fast iteration, and scalable delivery for global customers.
Certified Quality & Reliability
Certified to ISO 9001, ISO 14001, and IATF 16949, Sheen delivers consistent, traceable, and automotive-grade thermal solutions you can rely on.
Application-Driven Engineering Support
From application analysis to material selection and validation, Sheen supports your project with practical, application-driven thermal engineering expertise.
Technical Insights & Resources
Download selection guides, datasheets, and compliance documents to speed up evaluation.
Boron Nitride Thermal Pad.pdf
Carbon Fiber Thermal Pad.pdf
Phase Change Thermal Sheet.pdf
Silicone Thermal Pad.pdf
Silicone-free Thermal Pad.pdf
Thermal Conductive Insulating Film.pdf
Thermal Gel.pdf
Thermal Grease.pdf
Our Ordering Process
From sample to mass production—SHEEN makes thermal and insulation material sourcing simple, fast, and engineer-friendly.
1
Send Requirements & Drawings
Share your application, target performance, thickness, dimensions, and drawings. Our team reviews feasibility and suggests a shortlist within 24 hours.
2
Engineering Selection & Quotation
Get a clear selection matrix and a fast quote based on your specs—materials, construction options (plain/PSA/reinforced), lead time, and MOQ.
3
Sampling & Validation
We provide samples for fit/thermal/fire testing and support your validation with TDS, test data, and conversion guidance to speed up approval.
4
Mass Production & Delivery
After PO confirmation, we run controlled production with QC records and ship by your preferred terms. Reliable packaging and documentation included.
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Certificate
Quality systems and material compliance documents to support audits and procurement reviews.
Trusted by Teams Across Industries
Sheen Technology are expert in thermal management solutions for a variety of industries. We work best when involved with a project at the design stage. We work closely with our customers as partners, offering advice and technical solutions as projects develop.
Frequently Asked Questions
Got a question? Take a look at our FAQs about the custom Thermal Interface Materials process. If you can’t find the answer you’re looking for, don’t hesitate to contact us through live chat, one of our online forms, or give us a call at +86 137 2827 8261 to speak with our FAE now.
How do I choose between a thermal pad and thermal gel?
TIMs facilitate the efficient transfer of heat from electronic components to heat sinks or other cooling mechanisms, thereby preventing overheating and ensuring optimal performance, reliability, and energy efficiency of electronic devices.
What thermal conductivity do I need for my application?
Thermal conductivity measures a material’s ability to conduct heat. Higher thermal conductivity in TIMs results in better heat dissipation, leading to lower operating temperatures for electronic components and improved overall performance.
Can you provide die-cut parts and custom thickness?
Factors such as thermal conductivity, hardness, compatibility with substrates and other materials, application method, long-term reliability, and environmental conditions must all be carefully evaluated to choose the most suitable TIM for a given application.
What documents are available for RoHS/REACH compliance?
Adhesive TIMs, such as thermal tapes, not only facilitate heat transfer but also provide mechanical attachment between components. Non-adhesive TIMs, on the other hand, focus solely on thermal conductivity and are typically used in applications where separate adhesives or mechanical fasteners are employed.
What is the typical lead time for samples and production?
Adhesive TIMs, such as thermal tapes, not only facilitate heat transfer but also provide mechanical attachment between components. Non-adhesive TIMs, on the other hand, focus solely on thermal conductivity and are typically used in applications where separate adhesives or mechanical fasteners are employed.
Ready to Optimize Your Thermal Stack-up?
Get in touch with a custom specialist now for a free consultation and instant price quote.
Engineering response within 24 hours (business days).
