Electrolube HTC Non-Curing Heat Transfer Paste for Electronic Thermal Management
Product Properties
| Property | Value | Notes/Test Method |
| Colour | White | - |
| Base | Blend of synthetic fluids | Non-silicone oil base |
| Thermo-conductive Component | Powdered metal oxides | - |
| Density @ 20°C | 2.04 g/ml | Measured at standard temperature |
| Thermal Conductivity | 0.7 W/m.K | Guarded Hot Plate method |
| Temperature Range | -50°C to +130°C | Operational limits |
| Weight Loss after 96 hours @ 100°C | <1.0% | Stability test |
| Permittivity @ 1GHz | 4.2 | Electrical property |
| Volume Resistivity | 1x10^14 Ohms-cm | High insulation property |
| Dielectric Strength | 42 kV/mm | From document specification |
Product Introduction
Electrolube HTC is a non-curing heat transfer paste designed for use as a thermal interface material. It facilitates efficient thermal coupling between electronic components, heat sinks, and other surfaces, ensuring reliable heat dissipation. Based on a non-silicone oil blend, it avoids silicone and low molecular weight siloxane migration issues, making it cost-effective for general thermal management applications. The paste is supplied in various packaging sizes, with a shelf life of 36 months.
Enhanced Properties
HTC features unique properties that enhance its performance: its thermal conductivity of 0.7 W/m.K (measured via Guarded Hot Plate method) ensures effective heat flow, while the non-curing formulation allows for easy rework of components without hardening. The compound exhibits excellent stability, with minimal weight loss (<1.0%) under high-temperature conditions (100°C for 96 hours), and operates reliably across a broad temperature range (-50°C to +130°C). Additionally, it offers high electrical insulation, with volume resistivity of 1x10^14 Ohms-cm and dielectric strength of 42 kV/mm, reducing risks in sensitive electronic environments.
Application Scenarios
Application scenarios for Electrolube HTC include thermal management in power electronics, such as diodes, transistors, thyristors, and heat sinks, as documented in the TDS. It is also used in computer CPUs, LED lighting systems, and automotive electronics to fill air gaps and enhance heat dissipation. For instance, in industrial settings, HTC is applied to power resistors and semi-conductor devices to prevent overheating. Searches on electronics forums and distributor sites (e.g., Mouser or Digi-Key) confirm its use in consumer electronics like gaming consoles and servers for efficient thermal interface. Specific data for HTC model applications align with the TDS description, but no additional unique performance data was found online beyond the document.
FAQ
1. Who are we?
We are Shenzhen Huazhisheng New Material Technology Co., Ltd., a professional industrial adhesives and sealants supplier based in China since 2018. we serve global markets: Mainland China (60%), Southeast Asia (20%), North America (10%), and Europe (10%).
2. What products do you offer?
we supply high-performance adhesives and sealants from global leaders including:
Cemedine, Dow Corning, Shin-Etsu, Araldite, and Momentive,etc.
3. How do you guarantee product quality?
Quality assurance through:
Mandatory pre-production samples approval
Final inspection by QC team before shipment
International certifications: SGS, UL, FDA, RoHS, REACH
4. Why choose us over other suppliers?
Reliable Supply:Authentic products from top manufacturers
Expert Support:Technical guidance for product selection
Global Compliance:Certifications meeting target market standards
Efficient Service:Customized solutions & professional support
5. What services do you provide?
Delivery:EXW/FOB/CIF
Payment:USD/EUR/CNY/HKD via T/T, L/C
Support:Technical consultation & logistics coordination
