October 27, 2026 Electrolube HTS Heat Transfer Compound Guide
The Electrolube HTS Heat Transfer is a metal oxide-filled silicone oil designed to deliver an extremely efficient thermal interface across demanding operating environments. Developed by Electrolube, this high-performance compound ensures reliable thermal coupling and effective heat dissipation between electrical components and heat sinks.
Key Features and Operational Benefits
Engineered for high-temperature stability and gap-filling performance, this silicone thermal interface material provides several distinct advantages:
- Excellent Non-Creep Characteristics: Prevents migration away from critical contact areas during continuous operation.
- Vibration-Stable Formulation: Designed specifically for gap-filling applications that experience mechanical movement or vibration.
- High Thermal Performance: Maintains a high thermal conductivity of 0.90 W/m.K even under elevated temperatures.
- Wide Temperature Range: Operates effectively in extreme thermal environments ranging from -50°C to +200°C.
- Low Evaporation & Toxicity: Offers low evaporation weight loss while remaining low in toxicity and economical to use.
Testing and Application Recommendations
As with all thermal interface materials, stringent testing is recommended prior to selecting Electrolube HTS Heat Transfer for mass production. Detailed performance parameters can be found in the product Technical Data Sheet (TDS) to ensure full compatibility with specific heat dissipation designs.
Technical Specifications Table
| Product Feature / Parameter | Specification Details |
|---|---|
| Product Type | Silicone heat transfer compound |
| Base Filler | Metal oxide-filled silicone oil |
| Thermal Conductivity | 0.90 W/m.K (at high temperatures) |
| Operating Temperature Range | -50°C to +200°C |
| Physical Characteristics | Non-creep, vibration-stable gap filler |
| Evaporation & Toxicity | Low weight loss on evaporation, low toxicity |
Conclusion
Using Electrolube HTS Heat Transfer guarantees stable and durable heat management across wide temperature ranges. For technical assistance or procurement details, please visit Contact – LORIOT INDUSTRIAL.
