3.0 W/m.K Two-component Thermal Gel High Thermal Conductivity for Battery Systems and Energy Storage

3.0 W/m.K Two-component Thermal Gel High Thermal Conductivity for Battery Systems and Energy Storage

  • 3.0 W/m.K Two-component Thermal Gel High Thermal Conductivity for Battery Systems and Energy Storage
  • 3.0 W/m.K Two-component Thermal Gel High Thermal Conductivity for Battery Systems and Energy Storage
Summary
NFION's 3.0 W/m.K Two-Component Thermal Gel delivers high thermal conductivity and low impedance for efficient heat dissipation in critical applications like battery systems, energy storage, and high-power electronics. Its dual-cure formula ensures reliable performance under extreme conditions, making it ideal for advanced thermal management in新能源 sectors. Safe, non-corrosive, and electrically insulating, this gel offers automated and manual application flexibility, maintaining stability across a wide temperature range. Trusted for industrial, automotive, and telecom uses.More
Specifications
Thermal Conductivity:
3.0W/m.K
Mixing Ratio:
A:B=1:1
Curing Time:
15min (100℃), 24H (25℃)
  • 3.0 W/m.K Two-component Thermal Gel High Thermal Conductivity for Battery Systems and Energy Storage

Superior Thermal Conductivity: Delivers outstanding thermal conductivity of 3.0 W/m.K enabling efficient heat transfer

●?Reduced Thermal Resistance: Lowers thermal impedance optimizing thermal performance

●?Curing Transition: Changes from a pliable gel to a solid state upon curing creating a stable and robust thermal interface

●?Thermal and Mechanical Stability: Maintains consistent performance across a wide temperature range and under various operating conditions

●?Safe for Electronics: Non-corrosive and electrically insulating safeguarding sensitive components

●?Enhanced Dielectric Properties: Provides excellent electrical insulation

●?Automated and Manual Application: Designed to be compatible with both automatic dispensing equipment and manual application methods for flexibility in usage

Application method

1、Surface Preparation: Thoroughly clean surfaces to remove any dust oil or other contaminants

2、Component Mixing: Mix the two components in the prescribed ratio until a uniform consistency is achieved

3、Application Process: Dispense the mixed gel evenly onto the target surfaces using an automated dispensing system or manually

4、Curing: Allow the applied gel to cure under the specified conditions to achieve maximum performance
Application
Consumer Electronics: Ideal for enhancing thermal management in high-performance devices such as gaming laptops smartphones and tablets Automotive Electronics: Perfect for use in advanced automotive systems including ECUs LED lighting systems and electric vehicle battery packs Telecommunications: Suitable for heat dissipation in high-power telecom equipment like base stations data centers and network servers Industrial Electronics: Provides efficient thermal management for industrial control systems power converters and other critical industrial electronics Medical Equipment: Ensures reliable thermal performance in medical imaging devices patient monitoring systems and other healthcare electronics
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