Bergquist Thermal Interface Pad, 0.152mm Thick, 1.3W/m·K, Thin Film Polyimide, 41.91 x 28.96mm

RS Stock No.: 169-4599Brand: BergquistManufacturers Part No.: SPK10-0.006-00-05
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Technical Document

Specifications

Dimensions

41.91 x 28.96mm

Thickness

0.152mm

Length

41.91mm

Width

28.96mm

Thermal Conductivity

1.3W/m·K

Material

Thin Film Polyimide

Minimum Operating Temperature

-60°C

Maximum Operating Temperature

+180°C

Hardness

Shore A 90

Material Trade Name

Sil-Pad K10

Operating Temperature Range

-60 → +180 °C

Country of Origin

United States

Product details

Sil-Pad K10 insulators

High-performance insulators, which combine Kapton MT type polyamide film with the boron nitride reinforced silicon elastomer.
Electrical insulators and thermal conductors.
These replace ceramic insulators used when mechanical resistance is required.
Overcomes the risks of breaking.
Very good electrical insulation behaviour.

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1.015 OMR

Each (In a Pack of 10) (ex VAT)

1.066 OMR

Each (In a Pack of 10) (inc VAT)

Bergquist Thermal Interface Pad, 0.152mm Thick, 1.3W/m·K, Thin Film Polyimide, 41.91 x 28.96mm

1.015 OMR

Each (In a Pack of 10) (ex VAT)

1.066 OMR

Each (In a Pack of 10) (inc VAT)

Bergquist Thermal Interface Pad, 0.152mm Thick, 1.3W/m·K, Thin Film Polyimide, 41.91 x 28.96mm
Stock information temporarily unavailable.

Buy in bulk

quantityUnit pricePer Pack
10 - 401.015 OMR10.150 OMR
50 - 900.980 OMR9.800 OMR
100+0.945 OMR9.450 OMR

Technical Document

Specifications

Dimensions

41.91 x 28.96mm

Thickness

0.152mm

Length

41.91mm

Width

28.96mm

Thermal Conductivity

1.3W/m·K

Material

Thin Film Polyimide

Minimum Operating Temperature

-60°C

Maximum Operating Temperature

+180°C

Hardness

Shore A 90

Material Trade Name

Sil-Pad K10

Operating Temperature Range

-60 → +180 °C

Country of Origin

United States

Product details

Sil-Pad K10 insulators

High-performance insulators, which combine Kapton MT type polyamide film with the boron nitride reinforced silicon elastomer.
Electrical insulators and thermal conductors.
These replace ceramic insulators used when mechanical resistance is required.
Overcomes the risks of breaking.
Very good electrical insulation behaviour.