High Performance Cooling Solutions – Made in Germany As a gallium-based liquid metal, Conductonaut already has ultra-highthermal conductivity. This already outstanding thermal conductivity couldbe expanded after extensive tests and with the help of a new material composition. Conductonaut Extreme consists exclusively of the metals gallium and indium. By dispensing with other alloying components, it ispossible to increase the thermal conductivity by approx. 18 % compared to the standard product. At the same time, the material compatibility has been improved so that, for example, no tin interactions can occur. Due to the slightly corrosive effect of gallium towards other metals, the application on nickel-plated copper radiators is recommended. Conductonaut Extreme must not be used in conjunction with aluminium heat sinks. Unlike conventional pastes, Conductonaut Extreme does not contain any solid particles and can therefore fill even the smallest irregularities in the nano-metre range and enables the minimum layer thickness for optimum performance.
High Performance Cooling Solutions – Made in Germany As a gallium-based liquid metal, Conductonaut already has ultra-highthermal conductivity. This already outstanding thermal conductivity couldbe expanded after extensive tests and with the help of a new material composition. Conductonaut Extreme consists exclusively of the metals gallium and indium. By dispensing with other alloying components, it ispossible to increase the thermal conductivity by approx. 18 % compared to the standard product. At the same time, the material compatibility has been improved so that, for example, no tin interactions can occur. Due to the slightly corrosive effect of gallium towards other metals, the application on nickel-plated copper radiators is recommended. Conductonaut Extreme must not be used in conjunction with aluminium heat sinks. Unlike conventional pastes, Conductonaut Extreme does not contain any solid particles and can therefore fill even the smallest irregularities in the nano-metre range and enables the minimum layer thickness for optimum performance.
in 3 offers
High Performance Cooling Solutions – Made in Germany As a gallium-based liquid metal, Conductonaut already has ultra-highthermal conductivity. This already outstanding thermal conductivity couldbe expanded after extensive tests and with the help of a new material composition. Conductonaut Extreme consists exclusively of the metals gallium and indium. By dispensing with other alloying components, it ispossible to increase the thermal conductivity by approx. 18 % compared to the standard product. At the same time, the material compatibility has been improved so that, for example, no tin interactions can occur. Due to the slightly corrosive effect of gallium towards other metals, the application on nickel-plated copper radiators is recommended. Conductonaut Extreme must not be used in conjunction with aluminium heat sinks. Unlike conventional pastes, Conductonaut Extreme does not contain any solid particles and can therefore fill even the smallest irregularities in the nano-metre range and enables the minimum layer thickness for optimum performance.
High Performance Cooling Solutions – Made in Germany As a gallium-based liquid metal, Conductonaut already has ultra-highthermal conductivity. This already outstanding thermal conductivity couldbe expanded after extensive tests and with the help of a new material composition. Conductonaut Extreme consists exclusively of the metals gallium and indium. By dispensing with other alloying components, it ispossible to increase the thermal conductivity by approx. 18 % compared to the standard product. At the same time, the material compatibility has been improved so that, for example, no tin interactions can occur. Due to the slightly corrosive effect of gallium towards other metals, the application on nickel-plated copper radiators is recommended. Conductonaut Extreme must not be used in conjunction with aluminium heat sinks. Unlike conventional pastes, Conductonaut Extreme does not contain any solid particles and can therefore fill even the smallest irregularities in the nano-metre range and enables the minimum layer thickness for optimum performance.
Last updated at 14/11/2024 07:17:33
+ $15.00 delivery
Go to store
originally posted on cclonline.com
originally posted on https://www.mightyape.co.nz
originally posted on ebay.com
Density | 6.29 g/cm³ |
Electrically Insulating | No |
Operating Temperature | -50°C to +200°C |
Viscosity | 0.0021 Pa⋅s |
Updated about 14 hours ago
Density | 6.29 g/cm³ |
Electrically Insulating | No |
Operating Temperature | -50°C to +200°C |
Viscosity | 0.0021 Pa⋅s |