RevoTHERM® – Bimetal Thermal Architecture

Two-layer heat plate architecture combining Active Skin and Passive Skin for stable industrial thermal platforms.

Engineering Platform Thermal Architecture Documentation
RevoTHERM bimetal heat plate architecture rendering
Architecture
Active Skin and Passive Skin forming the bimetal architecture.
Dimensions
Standard plate geometries, thickness ranges and tolerances.
Materials
Stainless Steel Active Skin combined with Kohlenstoffstahl Passive Skin.
Performance
Thermal conductivity, heat spreading and thermal stability.
Applications
Industrial heating plates and thermal distribution systems.
Documentation
Technical data sheets and engineering documentation.

Bimetal Heat Plate Architecture

RevoTHERM® represents a bimetal heat plate architecture within the Revolit thermal architecture framework. The multilayer structure consists of an Active Skin and a Passive Skin.

This architecture combines the corrosion resistance and thermal interface properties of stainless steel with the structural stability of carbon steel. The resulting plate structure provides predictable thermal behaviour and high mechanical robustness.

Thermal Architecture Classification

Within the Revolit thermal architecture framework RevoTHERM® corresponds to Class II – Bimetal Architecture.

More advanced multilayer architectures such as RevoCORE® and RevoDUR® introduce a dedicated Thermal Spine to control heat distribution across the plate.