Rs Pro Silicone gel pad, 4W/mK, 150x150mm 2.0mm
2 mm, 4 W/m KMore than 10 items in stock at supplier
Product details
Dimensions: 150 x 150 mm
Thickness: 2 mm
Length: 150 mm
Width: 150 mm
Thermal conductivity: 4 W/m-K
Material: Silicone
Operating temperature min.: -55°C
Operating temperature max.: +200°C
Hardness: Shore OO 40
Color: Blue
Silicone gel pads for thermal interface offer high performance and are available in a variety of thermal conductivities and thicknesses. They are extremely soft and have natural slip resistance, simplifying installation and expanding the scope of potential applications. The GCS030GF series is fiberglass reinforced for added performance.
Possible applications include:
- Displays, lighting protection, PDP TV, LCD CCFL and LCD LED display backlighting, LED signs, projectors, and new display technology.
- Consumer and industrial electronics such as mobile phones, communication base stations, laptops, notebooks, computer servers, portable game consoles, memory modules, CPU modules, amplifiers, batteries, and DC/DC converter power supplies.
- Automotive electronics including engine management, electronic suspension, braking systems, communication and multimedia systems, comfort and convenience functions, vehicle lighting, vehicle controls, hybrid vehicle battery thermal management, and electric vehicle thermal management.
Features:
- Ultrasoft
- Highly compressible
- Good thermal conductivity
- Conformability
- Natural slip resistance
- Low oil loss: long-term stability
- Electrical insulation.
Length | 150 mm |
Width | 150 mm |
Thickness | 2 mm |
Max. temperature | 200 °C |
Item number | 10322403 |
Manufacturer | Rs Pro |
Category | Thermal pads |
Manufacturer no. | 9156054 |
Release date | 15.1.2019 |
External links |
Thermal paste type | Heat conducting pad |
Thermal conductivity | 4 W/m K |
Max. temperature | 200 °C |
Country of origin | Taiwan |
Manufacturer commitment | SBTi |
CO₂-Emission | |
Climate contribution |
Length | 150 mm |
Width | 150 mm |
Thickness | 2 mm |
30-day right of return