Silfox Thermal Interface Pad, 3mm Thick, 20W/m·K, Ceramic Aluminium Oxide, 40 x 26.2mm

RS Stock No.: 177-7802Brand: SilfoxManufacturers Part No.: SL-011-AL30
brand-logo
View all in Thermal Pads

Technical documents

Specifications

Brand

Silfox

Dimensions

40 x 26.2mm

Thickness

3mm

Length

40mm

Width

26.2mm

Thermal Conductivity

20W/m·K

Material

Ceramic Aluminium Oxide

Maximum Operating Temperature

+1400°C

Operating Temperature Range

Maximum of +1400 °C

Product details

Aluminium oxide SL insulators

With hole except model SL018AL20, which is designed for clip mounting and not screw mounting.
Harder than all metal alloys, aluminium ceramic is an exceptional material allowing extraordinary performance in a very wide field of applications.
Electrical insulators and thermal conductors.
High resistance to friction, abrasion and compression.

Stock information temporarily unavailable.

Please check again later.

Stock information temporarily unavailable.

£ 2.13

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

Silfox Thermal Interface Pad, 3mm Thick, 20W/m·K, Ceramic Aluminium Oxide, 40 x 26.2mm

£ 2.13

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

Silfox Thermal Interface Pad, 3mm Thick, 20W/m·K, Ceramic Aluminium Oxide, 40 x 26.2mm
Stock information temporarily unavailable.

Buy in bulk

quantityUnit pricePer Pack
10 - 40£ 2.13£ 21.30
50 - 240£ 1.95£ 19.50
250 - 490£ 1.78£ 17.80
500 - 990£ 1.59£ 15.90
1000+£ 1.51£ 15.10

Technical documents

Specifications

Brand

Silfox

Dimensions

40 x 26.2mm

Thickness

3mm

Length

40mm

Width

26.2mm

Thermal Conductivity

20W/m·K

Material

Ceramic Aluminium Oxide

Maximum Operating Temperature

+1400°C

Operating Temperature Range

Maximum of +1400 °C

Product details

Aluminium oxide SL insulators

With hole except model SL018AL20, which is designed for clip mounting and not screw mounting.
Harder than all metal alloys, aluminium ceramic is an exceptional material allowing extraordinary performance in a very wide field of applications.
Electrical insulators and thermal conductors.
High resistance to friction, abrasion and compression.