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RevoCORE® – Trimetal Thermal Architecture Platform

Aluminum based Thermal Spine architecture for high performance industrial heat plates and thermal platforms.

RevoCORE aluminum thermal spine architecture
Architecture
Active Skin, aluminium Thermal Spine and Passive Skin.
Dimensions
Standard platform thickness 10 mm and 15 mm.
Materials
Stainless steel surfaces with aluminium core.
Performance
Thermal conductivity and heat spreading behaviour.
Applications
Industrial heating plates and thermal platforms.
Documentation
Technical data sheets and engineering references.

Trimetal Heat Plate Architecture

RevoCORE® represents a trimetal heat plate architecture within the Revolit thermal architecture framework.

The multilayer structure consists of Active Skin, Thermal Spine and Passive Skin.

The central Thermal Spine layer is based on aluminium and provides efficient lateral heat distribution across the plate surface.

Compared with bimetal architectures such as RevoTHERM®, the introduction of a dedicated Thermal Spine significantly improves heat spreading and temperature homogenization.

Thermal Architecture Classification

Within the Revolit Thermal Architecture Framework RevoCORE® corresponds to Class III – Trimetal Architecture.

Higher conductivity architectures such as RevoDUR® replace aluminium with copper in order to achieve maximum thermal conductivity.

Experimental multilayer architectures beyond Class IV are explored within the research platform RevoLAB®.