SERVICE < Heat-Reduction Pads

Heat Reduction Pad Structure

Heat/Corrosion Resistant Print

- Maintaining a firm shape between the

adhesive layer and the outer copper foil layer

Heat conduction diffusion layer

- The heat source of the heat dissipation

adhesive layer is sufficiently diffused

and discharged

- Application of artificial graphite

and other candidate substances

High heat-resistant thin film adhesive layer

- Primary heat source heat dissipation

/Low VOC

- Derivation of optimal ratios such as

compatibility with heat dissipation powder,

heat dissipation performance,

and physical property price

- Excellent adhesion even when only a

portion of oil remains on the surface

Example of Finite Element Analysis for Electric Motor Heating

A Case of Attaching A Fan For Heat Dissipation of The Motor

(summer winding temperature: 90℃)

Surface-Applied Thermal Reduction

Insulation Life Enhancement Pad

This functional heat dissipation pad instantly releases internal heat from high-voltage motors.

Heat/Corrosion Resistant Print

Heat conduction diffusion layer

High heat-resistant thin film adhesive layer

Surface-Applied Thermal Reduction

This functional heat dissipation pad instantly releases internal heat from high-voltage motors.

It prevents insulation degradation and reduces costs without requiring equipment retrofits.

Heat Reduction Pad Structure

Heat/Corrosion Resistant Print

• Maintaining a firm shape between the adhesive layer

and the outer copper foil layer

Heat conduction diffusion layer

High heat-resistant thin film

adhesive layer

• The heat source of the heat dissipation adhesive layer

is sufficiently diffused and discharged

• Application of artificial graphite

and other candidate substances

• Primary heat source heat dissipation/Low VOC

• Derivation of optimal ratios such as compatibility

with heat dissipation powder, heat dissipation performance,

and physical property price

• Excellent adhesion even when only a portion

of oil remains on the surface

Example of Finite Element Analysis for Electric Motor Heating

A Case of Attaching A Fan For Heat Dissipation of The Motor

(summer winding temperature: 90℃)

There is no other alternative than the method of attaching a separate cooling device for heat dissipation

and temperature reduction of domestic motors.

When a separate cooling device is attached, not only the cooling device management cost and manpower are required,

but the cooling device itself is added as a management facility.