Therm-a-gap™ Gel 40NS Thermally Conductive Gel

Description

Therm-a-gap™ Gel 40NS is a high-performance, fully cured non-silicone thermal interface material designed for efficient heat transfer in electronic systems. With a thermal conductivity of 4.0 W/m-K, it provides reliable thermal management while avoiding silicone contamination, making it suitable for sensitive applications such as optical and precision electronics.

Its dispensable gel format allows easy application and excellent surface conformity, ensuring low thermal resistance without the need for additional curing.

Key Features

• Thermal conductivity of 4.0 W/m-K for effective heat dissipation
• Non-silicone formulation for contamination-sensitive environments
• Ready-to-use, no secondary curing required
• Easily dispensable for automated and manual processes
• Ultra-low compression force to protect delicate components
• No pump-out effect for long-term stability
• Reworkable for maintenance and repair

Product Advantages

• Low thermal impedance across various bond line thicknesses
• Suitable for both thin and thick interface gaps
• Compatible with automated high-volume production
• Stable under thermal cycling, vibration, and mechanical stress
• Reduces risk of contamination in optical and sensitive systems

Typical Applications

• Automotive electronics (ECUs, sensors)
• Telecommunications equipment and infrastructure
• Power electronics and semiconductor devices
• Memory modules and high-performance computing systems
• Consumer electronics and flat panel displays
• Microprocessors and GPUs

Benefits

• Reliable thermal performance without silicone-related risks
• Simplified manufacturing with dispensable, no-cure material
• Long-term stability without drying or degradation
• Flexible integration across various electronic applications

Therm-a-gap™ Gel 40NS is designed for applications requiring efficient heat dissipation combined with a non-silicone formulation, offering a practical solution for modern electronic systems where reliability and cleanliness are critical.