The HTC35SL is a high-performance, non-silicone heat transfer compound (thermal grease) manufactured by Electrolube. This compound is designed to improve the thermal conductivity between electronic components and heat sinks without the risk of silicone contamination. Packaged in a convenient 35ml syringe, this heat transfer compound is formulated with a stable, non-curing base that ensures consistent performance and ease of application. It provides excellent thermal resistance and spreads evenly to reduce air gaps, making it ideal for demanding electronic and industrial environments where efficient heat dissipation is crucial.

Why Buy the Electrolube Thermal Grease, 35ml Syringe?

The Electrolube HTC35SL offers several key benefits, including superior thermal conductivity, ease of application, and long-term reliability without the issues associated with silicone-based products. Its syringe packaging ensures precise and mess-free dispensing, making it perfect for technicians and engineers working on temperature-sensitive components. Furthermore, its non-migrating and non-curing properties ensure excellent long-term thermal stability.

Uses of Electrolube HTC35SL, Non-Silicone Heat Transfer Compound, 35ml Syringe:

This compound is commonly used to enhance thermal coupling in electronic and electrical assemblies. Suitable applications include:

  • Heat sinks for CPUs, GPUs, and microcontrollers
  • Power semiconductors and transistors
  • LED lighting systems and drivers
  • Amplifiers and audio components
  • High-performance computing and server environments
  • Automotive electronic control units (ECUs)
  • Industrial automation and power supply modules.

Electrolube HTC35SL, Non-Silicone Heat Transfer Compound (Thermal Grease), 35ml Syringe

Manufacturer:
Manufacturer Part No:
HTC35SL
Enrgtech Part No:
ET16789184
Warranty:
Manufacturer
£ 15.37 £ 10.76
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Thermal Conductivity:
0.9W/m·K
Operating Temperature Range:
-50 → +130 °C
Material:
Non-Silicone
Pack Size:
35 ml
Minimum Operating Temperature:
-50°C
Maximum Operating Temperature:
+130°C
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Non-silicone Heat Transfer Compound(Technical Reference)
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Non-Silicone Heat Transfer Compound (EN - SDS)(Technical Reference)



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