Reliable Industrial Thermal Interface
Stable Thermal Transfer Under Continuous Load
Controlled Surface Wetting for Metal Interfaces
Non-Curing Paste for Serviceable Assemblies
Suitable for Manual and Dispensing Processes
Reliable Industrial Thermal Interface

TIM-L Series Industrial Thermal Interface Material

TIM-L Series is designed for general industrial applications requiring stable thermal transfer, controlled processing behavior, and cost-efficient integration into production environments.

Conductivity Class
2–4 W/mK
Suitable for standard industrial electronics and controlled thermal interfaces.
Material Type
Non-Curing
Maintains serviceable interface behavior without hardening after application.
Process Fit
Dispensable
Compatible with manual application and automated dispensing workflows.
Electrical Behavior
Insulating
Designed for electronic assemblies where electrical conductivity is not required.
01Key Features

TIM-L Series provides reliable thermal contact for standard industrial systems where processing stability and long-term interface behavior are required.

Stable thermal performance under continuous load
Good surface wetting behavior
Non-curing formulation
Long service life
Cost-efficient for high-volume production
Suitable for automated dispensing systems
02Technical Specifications
Thermal Conductivity2–4 W/mK
Thermal ResistanceMedium
Density2.5–3.2 g/cm³
Operating Temperature-40°C to +150°C
Electrical ConductivityNo
ViscosityMedium
03Application Areas

Suitable for industrial assemblies that require reliable thermal contact between components, housings, heat spreaders, or heatsinks.

  • Industrial control units
  • Power supplies and converter assemblies
  • LED cooling systems
  • Consumer electronics manufacturing
  • General PCB-to-heatsink interfaces
04Advantages

TIM-L Series supports repeatable integration into production environments where cost control and stable interface performance are required.

01Supports easy processing in manual and automated production lines.
02Maintains reliable thermal contact during long-term operation.
03Provides a practical material platform for high-volume industrial use.
04Enables serviceable assemblies through non-curing material behavior.