The alloy is developed for 5G and EV´s where the high thermal conductivity is required. The higher the thermal conductivity gets the lesser material is to be used due to reduction of fin height in the designs.
Typical applications: heat sinks, AC/DC converters and electronic housings.
Download the pdf here:Rheocool
The alloy is developed for 5G and EV´s where the high thermal conductivity is required. The higher the thermal conductivity gets the lesser material is to be used due to reduction of fin height in the designs.
Typical applications: heat sinks, AC/DC converters and electronic housings.
Heat treatment is made at an temperature of 300 C during two hours.
The alloy is developed for 5G and EV´s where the high thermal conductivity is required. The higher the thermal conductivity gets the lesser material is to be used due to reduction of fin height in the designs.
Typical applications: heat sinks, AC/DC converters and electronic housings.
Download the pdf here:Rheocool
The alloy is developed for 5G and EV´s where the high thermal conductivity is required. The higher the thermal conductivity gets the lesser material is to be used due to reduction of fin height in the designs.
Typical applications: heat sinks, AC/DC converters and electronic housings.
Heat treatment is made at an temperature of 300 C during two hours.
The alloy is developed for 5G and EV´s where the high thermal conductivity is required. The higher the thermal conductivity gets the lesser material is to be used due to reduction of fin height in the designs.
Typical applications: heat sinks, AC/DC converters and electronic housings.
Download the pdf here:Rheocool
The alloy is developed for 5G and EV´s where the high thermal conductivity is required. The higher the thermal conductivity gets the lesser material is to be used due to reduction of fin height in the designs.
Typical applications: heat sinks, AC/DC converters and electronic housings.
Heat treatment is made at an temperature of 300 C during two hours.