Thermally Conductive Adhesives for Thermal Management

Nagase’s thermally conductive adhesives combine strong mechanical bonding with efficient thermal conductivity to support advanced heat management in electronic systems. Ideal for components such as LEDs, power transistors, and battery modules, these materials enable effective heat dissipation in compact, heat-sensitive environments. Thanks to low curing temperatures and fast processing times, they offer flexibility for automated assembly and thermal control in consumer electronics, automotive electronics, and industrial energy systems.

As a trusted partner in electronic materials, NAGASE supplies thermally conductive adhesives worldwide with application-specific guidance for performance-driven thermal management.

NAGASE’s thermally conductive adhesives are used to enhance heat transfer and mechanical stability in high-performance electronics.

• Power modules – Improve thermal interface performance between die and heatsink
• LED assemblies – Reliable bonding of light-emitting components with effective heat spreading
• Battery packs – Enable thermal coupling between battery cells and casing
• Optical devices – Maintain temperature stability in precision optical systems

NAGASE’s thermally conductive adhesives combine cost-efficiency, processability, and thermal performance for scalable integration.

• Cost-efficient – Designed for economical use in large-scale manufacturing
• Low-viscosity blend – Ensures easy handling and uniform material distribution
• Low-temperature curing – Compatible with heat-sensitive components and substrates
• Fast curing – Supports efficient processing and reduced production cycle times
• Customization possible

What are thermally conductive adhesives?
Thermally conductive adhesives are materials that bond components while efficiently transferring heat between interfaces, helping to manage temperatures in electronic assemblies.

Where are thermally conductive adhesives typically used?
They are used in power modules, LED assemblies, battery systems, and other heat-sensitive devices that require reliable thermal coupling and mechanical stability.

What are the key benefits of using these adhesives?
They allow for low-temperature curing, fast processing, and even material distribution—while maintaining strong adhesion and effective heat dissipation.

Can thermally conductive adhesives replace thermal pastes or pads?
In many cases, yes. They offer improved mechanical bonding and long-term stability compared to non-curing interface materials, especially in compact or high-power systems.