Bergquist Self-Adhesive Thermal Interface Pad, 0.152mm Thick, 0.9W/m·K, Thin Film Polyimide, 25.4 x 19mm

RS Stock No.: 169-4577Brand: BergquistManufacturers Part No.: SPK4-0.006-AC-104
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Technical Document

Specifications

Dimensions

25.4 x 19mm

Thickness

0.152mm

Length

25.4mm

Width

19mm

Thermal Conductivity

0.9W/m·K

Material

Thin Film Polyimide

Self-Adhesive

Yes

Minimum Operating Temperature

-60°C

Maximum Operating Temperature

+180°C

Hardness

Shore A 90

Material Trade Name

Sil-Pad K4

Operating Temperature Range

-60 → +180 °C

Country of Origin

United States

Product details

Sil-Pad K4 insulators

These combine the thermal transfer properties of the Sil-Pad rubber with the high dielectric strength and excellent physical resistance of Kapton MT film.
Electrical insulators and thermal conductors.
Durable insulators.
Resistant to high voltages and do not require thermal grease to provide heat transfer.

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0.220 OMR

Each (In a Pack of 50) (ex VAT)

0.231 OMR

Each (In a Pack of 50) (inc VAT)

Bergquist Self-Adhesive Thermal Interface Pad, 0.152mm Thick, 0.9W/m·K, Thin Film Polyimide, 25.4 x 19mm

0.220 OMR

Each (In a Pack of 50) (ex VAT)

0.231 OMR

Each (In a Pack of 50) (inc VAT)

Bergquist Self-Adhesive Thermal Interface Pad, 0.152mm Thick, 0.9W/m·K, Thin Film Polyimide, 25.4 x 19mm
Stock information temporarily unavailable.

Technical Document

Specifications

Dimensions

25.4 x 19mm

Thickness

0.152mm

Length

25.4mm

Width

19mm

Thermal Conductivity

0.9W/m·K

Material

Thin Film Polyimide

Self-Adhesive

Yes

Minimum Operating Temperature

-60°C

Maximum Operating Temperature

+180°C

Hardness

Shore A 90

Material Trade Name

Sil-Pad K4

Operating Temperature Range

-60 → +180 °C

Country of Origin

United States

Product details

Sil-Pad K4 insulators

These combine the thermal transfer properties of the Sil-Pad rubber with the high dielectric strength and excellent physical resistance of Kapton MT film.
Electrical insulators and thermal conductors.
Durable insulators.
Resistant to high voltages and do not require thermal grease to provide heat transfer.