AmpCool Coolants for Electric Vehicle EV Batteries and Motors

Electric Vehicles, Motors and Batteries banner showing a car charging and an electric motor, with the subtitle 'Advanced thermal management fluids for a more electric world.'

Engineered Fluids’ AmpCool Coolants are used to cool mobile and stationary battery systems.

AmpCool Coolants are classified Non-Propagating, protecting battery modules in case of a fire. Contact Engineered Fluids for more information on AmpCool Coolants

High Torque Electric Motors:

Electric Vehicles now have higher voltage charging and battery systems, and electric motors are becoming more compact and powerful. Immersion Cooling with AmpCool Dielectric Coolant has been shown time and time again to be the most efficient and safest way to cool batteries, axial motors and charging stations. Engineered Fluids’ AmpCool line of dielectric coolants has been used since 2017 and is made specifically for thermal management of electric motors and batteries.

Used in Commercial Applications:

SMT Scharf chose AmpCool to cool battery packs in their line of Electric Mining Trucks. AmpCool Coolants were chosen because of their safety, performance and material compatibility

AmpCool Coolants are also available with enhanced lubricity to extend the life of motor and pump bearings. Call Engineered Fluids to find out more about AmpCool Coolants or download a Technical Data Sheet.

Recommended Products:

AmpCool banner: branding and machinery image promoting high-performance thermal management fluids for electric motors; four feature icons below describe cooling, insulation, reliability, and wide compatibility.

SafetyCool banner showing thermal management fluids for cold plates, with icons for heat transfer, insulation, stability, and material compatibility on the left and a metallic cooling plate on the right.

Dielectric solvents for electrical/electronic components with a worker spraying a cleaning solution on a battery assembly.

Infographic: Key Benefits for Electric Vehicles with six icons—Efficient Cooling, High Dielectric Strength, Improved Reliability, Enhanced Performance, Safety and Sustainability, Wide Compatibility.