AT™ Series(10)
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Graphene Heat Spreader
AT™ AT1500-50

AT™ Graphene heat spreaders are designed specifically for applications where an electrically and thermally conductive sheet is required. They meet the demand for effective thermal management in today’s compact, multi-functional electronic devices. The AT1500 standard series of heat spreaders includes many thickness options of 50,60,65,75,85… and up to 100 μm. With exceptional thermal and electrical conductivity, our foil is ideal for the thermal management of electronics and other devices.

We can also be able to customize the sheet properties to meet the needs of numerous applications. We are able to produce sheets with thicknesses from 5 to 300 μm and with thermal conductivity from 1,200 to 1,500 W/mK.

The main characteristics are very light and thin, 30% lighter than aluminum, and even 80% lighter than copper.
The extremely high thermal conductivity, the thermal conductivity is about 400% of copper, and it is 700% of aluminum.
It can be applied to any curved surface.

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Graphene Heat Spreader
AT™ AT1500-60

AT™ Graphene heat spreaders are designed specifically for applications where an electrically and thermally conductive sheet is required. They meet the demand for effective thermal management in today’s compact, multi-functional electronic devices. The AT1500 standard series of heat spreaders includes many thickness options of 50,60,65,75,85… and up to 100 μm. With exceptional thermal and electrical conductivity, our foil is ideal for the thermal management of electronics and other devices.

We can also be able to customize the sheet properties to meet the needs of numerous applications. We are able to produce sheets with thicknesses from 5 to 300 μm and with thermal conductivity from 1,200 to 1,500 W/mK.

The main characteristics are very light and thin, 30% lighter than aluminum, and even 80% lighter than copper.
The extremely high thermal conductivity, the thermal conductivity is about 400% of copper, and it is 700% of aluminum.
It can be applied to any curved surface.

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Graphene Heat Spreader
AT™ AT1500-65

AT™ Graphene heat spreaders are designed specifically for applications where an electrically and thermally conductive sheet is required. They meet the demand for effective thermal management in today’s compact, multi-functional electronic devices. The AT1500 standard series of heat spreaders includes many thickness options of 50,60,65,75,85… and up to 100 μm. With exceptional thermal and electrical conductivity, our foil is ideal for the thermal management of electronics and other devices.

We can also be able to customize the sheet properties to meet the needs of numerous applications. We are able to produce sheets with thicknesses from 5 to 300 μm and with thermal conductivity from 1,200 to 1,500 W/mK.

The main characteristics are very light and thin, 30% lighter than aluminum, and even 80% lighter than copper.
The extremely high thermal conductivity, the thermal conductivity is about 400% of copper, and it is 700% of aluminum.
It can be applied to any curved surface.

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Graphene Heat Spreader
AT™ AT1500-70

AT™ Graphene heat spreaders are designed specifically for applications where an electrically and thermally conductive sheet is required. They meet the demand for effective thermal management in today’s compact, multi-functional electronic devices. The AT1500 standard series of heat spreaders includes many thickness options of 50,60,65,75,85… and up to 100 μm. With exceptional thermal and electrical conductivity, our foil is ideal for the thermal management of electronics and other devices.

We can also be able to customize the sheet properties to meet the needs of numerous applications. We are able to produce sheets with thicknesses from 5 to 300 μm and with thermal conductivity from 1,200 to 1,500 W/mK.

The main characteristics are very light and thin, 30% lighter than aluminum, and even 80% lighter than copper.
The extremely high thermal conductivity, the thermal conductivity is about 400% of copper, and it is 700% of aluminum.
It can be applied to any curved surface.

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Graphene Heat Spreader
AT™ AT1500-75

AT™ Graphene heat spreaders are designed specifically for applications where an electrically and thermally conductive sheet is required. They meet the demand for effective thermal management in today’s compact, multi-functional electronic devices. The AT1500 standard series of heat spreaders includes many thickness options of 50,60,65,75,85… and up to 100 μm. With exceptional thermal and electrical conductivity, our foil is ideal for the thermal management of electronics and other devices.

We can also be able to customize the sheet properties to meet the needs of numerous applications. We are able to produce sheets with thicknesses from 5 to 300 μm and with thermal conductivity from 1,200 to 1,500 W/mK.

The main characteristics are very light and thin, 30% lighter than aluminum, and even 80% lighter than copper.
The extremely high thermal conductivity, the thermal conductivity is about 400% of copper, and it is 700% of aluminum.
It can be applied to any curved surface.

Already in Comparing Table
Graphene Heat Spreader
AT™ AT1500-80

AT™ Graphene heat spreaders are designed specifically for applications where an electrically and thermally conductive sheet is required. They meet the demand for effective thermal management in today’s compact, multi-functional electronic devices. The AT1500 standard series of heat spreaders includes many thickness options of 50,60,65,75,85… and up to 100 μm. With exceptional thermal and electrical conductivity, our foil is ideal for the thermal management of electronics and other devices.

We can also be able to customize the sheet properties to meet the needs of numerous applications. We are able to produce sheets with thicknesses from 5 to 300 μm and with thermal conductivity from 1,200 to 1,500 W/mK.

The main characteristics are very light and thin, 30% lighter than aluminum, and even 80% lighter than copper.
The extremely high thermal conductivity, the thermal conductivity is about 400% of copper, and it is 700% of aluminum.
It can be applied to any curved surface.

Already in Comparing Table
Graphene Heat Spreader
AT™ AT1500-85

AT™ Graphene heat spreaders are designed specifically for applications where an electrically and thermally conductive sheet is required. They meet the demand for effective thermal management in today’s compact, multi-functional electronic devices. The AT1500 standard series of heat spreaders includes many thickness options of 50,60,65,75,85… and up to 100 μm. With exceptional thermal and electrical conductivity, our foil is ideal for the thermal management of electronics and other devices.

We can also be able to customize the sheet properties to meet the needs of numerous applications. We are able to produce sheets with thicknesses from 5 to 300 μm and with thermal conductivity from 1,200 to 1,500 W/mK.

The main characteristics are very light and thin, 30% lighter than aluminum, and even 80% lighter than copper.
The extremely high thermal conductivity, the thermal conductivity is about 400% of copper, and it is 700% of aluminum.
It can be applied to any curved surface.

Already in Comparing Table
Graphene Heat Spreader
AT™ AT1500-90

AT™ Graphene heat spreaders are designed specifically for applications where an electrically and thermally conductive sheet is required. They meet the demand for effective thermal management in today’s compact, multi-functional electronic devices. The AT1500 standard series of heat spreaders includes many thickness options of 50,60,65,75,85… and up to 100 μm. With exceptional thermal and electrical conductivity, our foil is ideal for the thermal management of electronics and other devices.

We can also be able to customize the sheet properties to meet the needs of numerous applications. We are able to produce sheets with thicknesses from 5 to 300 μm and with thermal conductivity from 1,200 to 1,500 W/mK.

The main characteristics are very light and thin, 30% lighter than aluminum, and even 80% lighter than copper.
The extremely high thermal conductivity, the thermal conductivity is about 400% of copper, and it is 700% of aluminum.
It can be applied to any curved surface.

Already in Comparing Table
Graphene Heat Spreader
AT™ AT1500-95

AT™ Graphene heat spreaders are designed specifically for applications where an electrically and thermally conductive sheet is required. They meet the demand for effective thermal management in today’s compact, multi-functional electronic devices. The AT1500 standard series of heat spreaders includes many thickness options of 50,60,65,75,85… and up to 100 μm. With exceptional thermal and electrical conductivity, our foil is ideal for the thermal management of electronics and other devices.

We can also be able to customize the sheet properties to meet the needs of numerous applications. We are able to produce sheets with thicknesses from 5 to 300 μm and with thermal conductivity from 1,200 to 1,500 W/mK.

The main characteristics are very light and thin, 30% lighter than aluminum, and even 80% lighter than copper.
The extremely high thermal conductivity, the thermal conductivity is about 400% of copper, and it is 700% of aluminum.
It can be applied to any curved surface.

Already in Comparing Table
Graphene Heat Spreader
AT™ AT1500-100

AT™ Graphene heat spreaders are designed specifically for applications where an electrically and thermally conductive sheet is required. They meet the demand for effective thermal management in today’s compact, multi-functional electronic devices. The AT1500 standard series of heat spreaders includes many thickness options of 50,60,65,75,85… and up to 100 μm. With exceptional thermal and electrical conductivity, our foil is ideal for the thermal management of electronics and other devices.

We can also be able to customize the sheet properties to meet the needs of numerous applications. We are able to produce sheets with thicknesses from 5 to 300 μm and with thermal conductivity from 1,200 to 1,500 W/mK.

The main characteristics are very light and thin, 30% lighter than aluminum, and even 80% lighter than copper.
The extremely high thermal conductivity, the thermal conductivity is about 400% of copper, and it is 700% of aluminum.
It can be applied to any curved surface.