Sheen Technology Publishes Guide for ‘Punchable Silicone-Free Thermal Conductive Material’ for EV & AI Hardware Manufacturing

July 26, 2026

Sheen Technology Unknown

Overview

Sheen Technology has released a guide on selecting ‘Punchable Silicone-Free Thermal Conductive Material’ for high-capacity electronics manufacturing. This material is gaining importance as an alternative binder system that avoids silicone outgassing, migration, and cost issues, especially with the accelerated adoption of Thermal Interface Materials (TIMs) in electric vehicles (EVs) and AI hardware. It is crucial for maintaining reliability and performance in high-power density environments.

In Depth

Key Findings

Sheen Technology has unveiled a detailed guide on selecting the optimal ‘Punchable Silicone-Free Thermal Conductive Material,’ essential for high-capacity electronics manufacturing. This innovative material is emerging as a critical option for resolving thermal management challenges in high-power density applications, such as electric vehicles (EVs) and artificial intelligence (AI) hardware.

Technical & Business Details

Advantages of Silicone-Free: Traditional silicone-based Thermal Interface Materials (TIMs) could potentially cause issues like outgassing and silicone migration onto components. These issues can affect optical and sensitive electronic parts, compromising product reliability. Silicone-free materials eliminate these risks, providing a cleaner and more stable operating environment.
Punchable Characteristics: In manufacturing processes, thermal conductive materials often need to be processed into various shapes. The punchable characteristic significantly enhances the efficiency of precise processing and mass production, contributing to reduced manufacturing costs.
Addressing High-Power Density Applications: Modern high-capacity electronics, including EV battery packs, motor controllers, AI processors, and high-performance data center GPUs, generate immense heat. Silicone-free thermal conductive materials are crucial for the efficient cooling and long-term reliability of these systems, offering excellent thermal conductivity without the aforementioned silicone-related issues.
Alternative Binder Systems: Adopting binder systems that replace silicone expands the range of material choices, enabling customization to meet specific application requirements (e.g., particular chemical resistance, mechanical properties).

Background & Industry Context

The proliferation of electric vehicles and advancements in AI technology present unprecedented thermal management challenges to the semiconductor and electronics industries. As miniaturization and performance enhancement occur simultaneously, efficient heat dissipation becomes key to maintaining device performance and extending lifespan. Against this backdrop, demand for high-performance, silicone-free thermal conductive materials is rapidly increasing.Strategic Significance & Outlook

The ‘Punchable Silicone-Free Thermal Conductive Material’ offered by Sheen Technology holds the potential to establish a new standard for thermal management solutions in the EV and AI hardware markets. This material will significantly impact the design and production of next-generation electronic products by simplifying manufacturing processes and improving product reliability. Future developments are expected to focus on even higher thermal conductivity, environmental compatibility, and cost-effective silicone-free materials, contributing to the sustainable development of the electronics industry.

Source: https://www.sheenthermal.com/how-to-select-punchable-silicone-free-thermal-conductive-material.html

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