Electrolube HTC Heat Transfer

Electrolube HTC Heat Transfer

icon-lich.svg October 27, 2026

Electrolube HTC Heat Transfer Paste Guide

The Electrolube HTC Heat Transfer is a premium non-curing paste designed for exceptional thermal interface management in electronic applications. Manufactured by Electrolube, this material delivers reliable heat dissipation between electronic components and heat sinks without the risks associated with silicone migration.

Key Features and Benefits

Engineered for high reliability and efficiency, this non-silicone thermal paste offers several crucial advantages for modern electronics assembly:

  • General Purpose Thermal Management: Provides a cost-effective solution for efficient component heat dissipation.
  • Non-Silicone Base: Prevents issues related to low molecular weight (LMW) siloxane migration, making it ideal where silicone is strictly prohibited.
  • Good Thermal Conductivity: Specifically formulated for use as an effective thermal interface material (TIM).
  • Non-Curing Paste: Maintains its consistency to allow simple, fast, and efficient component rework when required.

Regulatory Approvals and NATO Stock Numbers

The Electrolube HTC Heat Transfer compound meets international environmental and military standards:

  • RoHS Compliance: Compliant with Directive 2015/863/EU.
  • NATO Stock No. (EHTC10S): 6850-99-775-5881
  • NATO Stock No. (EHTC20S): 5835-99-775-5881
  • NATO Stock No. (EHTC35S): 5975-99-512-1473

Technical Specifications Table

Property / Approval Specification Details
Product Type Non-curing thermal interface paste
Base Chemistry Non-silicone oil
Primary Application Heat dissipation and thermal coupling
RoHS Status Compliant (2015/863/EU)
NATO Stock Numbers 6850-99-775-5881 / 5835-99-775-5881 / 5975-99-512-1473

Conclusion

Selecting Electrolube HTC Heat Transfer guarantees safe, effective thermal dissipation without silicone contamination risks. For procurement and technical inquiries, please visit Contact – LORIOT INDUSTRIAL.


Related products

ALPHA HiTech CF12-4485B

HiTech CF12-4485B edgebond epoxy offers low-temperature curing and protects solder joints from stress.

ALPHA HiTech AD13-9692B Epoxy

Provides fast low-temperature curing for heat-sensitive component bonding.

Electrolube UR5634 Polyurethane Resin

Optically clear, semi-rigid encapsulant with high UV and weather resistance.

Electrolube UR5604 Polyurethane Potting

Offers UL94 V-0 flame retardancy and low viscosity for component encapsulation.

Electrolube UR5097 Polyurethane Resin

Offers high thermal conductivity and UL94 V-0 flame retardancy for electronics.

Electrolube ER2223 Epoxy Resin

Low viscosity, high Tg encapsulation resin designed for extreme heat resistance.

Electrolube ER2220 Epoxy Resin

Delivers high thermal conductivity and UL94 V-0 flame retardancy for LED...

Electrolube ER2188 Epoxy Compound

Provides cost-effective, flame-retardant potting and encapsulation for electronics.

Electrolube UR9001 Polyurethane Potting

Foam provides lightweight, flame-retardant encapsulation for EV battery packs.

Electrolube TCOR Thermally Conductive

Silicone offers high bond strength and efficient heat dissipation for components.

Electrolube HTSP Heat Transfer

Silicone paste delivers 3.0 W/m.K thermal conductivity over a wide temperature...

Electrolube HTS Heat Transfer

Provides efficient thermal conductivity over a wide temperature range for electronics.

Electrolube HTCP Heat Transfer

Offers high thermal conductivity and non-silicone protection electronic components.

Electrolube GFP850

Electrolube GFP850 thermal pad by MacDermid Alpha. Offers high 8.5 W/m-K conductivity and low compression.

Electrolube GFP500NS

Electrolube GFP500NS thermal pad by MacDermid Alpha. Silicone-free, 5.0 W/m-K conductivity, low compression.

Electrolube GFP500

Electrolube GFP500 thermal pad by MacDermid Alpha. Offers high 5.0 W/m-K conductivity and low compression force.

Electrolube GFP150FG

Electrolube GFP150FG thermal pad by MacDermid Alpha. Offers 1.5 W/m-K conductivity and fiberglass strength.

Electrolube UVFlex

Electrolube UVFlex by MacDermid Alpha. This solvent-free UV cure coating delivers superior thermal cycling.

Electrolube UVCL

Electrolube UVCL. This VOC-free, single-part UV cure coating offers dual cure technology and maximum PCB protection.

Electrolube 2K301P

Discover the Electrolube 2K301P. This two-component polyurethane coating provides extreme flexibility and moisture resistance.

Sign Up To Get Latest Updates

Template: single-product.php