Electric Motors

Electrolube Conformal Coatings, Potting Compounds, Thermal management solutions and other associated product solutions for all areas of the Automotive Electronics industry.
  • Specialist Lubricants
  • High Voltage Insulation
  • Thermal Management
  • Shock resistance
  • Stator Coil Encapsulants

Some of the first ‘horseless carriages’ were powered by electric motors and modern vehicles have included them on a smaller scale for decades, powering elements of the vehicle from the moment we turn the key (starter motor) to the moment we park the car (electric handbrake). In recent years this has gone full circle, powering the vehicle itself in electric and hybrid vehicles. Electrolube have a specialist range of products used across the board by most of the major automotive manufacturers to aid the smooth operation of components and reliability of the electric motors. Electrolube has the bespoke solution for you.

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Electrolube have an extensive range of products suitable for all automotive application environments, we have collated a selection of products in a specialist brochure to aid your selection which can be viewed here:

Electrolube also have a number of articles and blogs which you may find useful in selecting the right material for your application

Read more about specific products for the Automotive market:

Articles

Blogs

Automotive Electronics

Electric Motors

HTC - Non-silicone Heat Transfer Compound

HTC
Non-silicone Heat Transfer Compound

2ml - 10ml - 20ml - 35ml - 100ml - 700g - 1K - 12.5k - 25k

Product code: HTC02S - HTC10S - HTC20S - HTC35SL - HTC100T - HTC700G - HTC01K - HTC12.5K - HTC25K


Electrolube Heat Transfer Compound is recommended where the efficient and reliable thermal coupling of electrical and electronic components is required or between any surface where thermalconductivity or heat dissipation is important. They should be applied to the base and mounting studs of diodes, transistors, thyristors, heat sinks, silicone rectifiers and semi-conductors, thermostats, powerresistors and radiators


Key Properties:
  • Excellent non-creep characteristics
  • Very high thermal conductivity; 0.9 W/m.K
  • Wide operating temperature -50°C to +130°C
  • Low evaporation weight loss
  • Easy to use and available in aerosol form, HTCA
  • Low toxicity

Product data sheets
HTC (tds) Download

Log into our MSDS database for Safety Data Sheets: MSDS