ZILONIS Hyper Plate (ZHP-D)

Unmatched Operating Range

The ZHP was engineered to operate where others melt or fail.

• Thermal Capacity: Reliable operation at temperatures up to 900°C

• Pressure Resistance: Tested and designed for extreme pressures up to 1000 bar

• Material Diversity: Available in numerous alloys – from high-grade stainless steels to advanced nickel-based superalloys and Inconel

Applications: Energy for the Future

The ZHP is a key component for the next generation of energy and industrial processes:

• sCO₂ Cycles: Highly efficient heat recovery for supercritical CO₂ processes

• Hydrogen Economy: High-pressure cooling and heating for H₂ production and refueling infrastructure

• Molten Salts: Durable performance for CSP plants and advanced nuclear reactors

• Aerospace & Defense: Compact cooling solutions for hypersonic and high-temperature applications

• Chemical Synthesis: Safe handling of aggressive media in high-pressure reactors

The ZHP Advantage

Why the ZHP outperforms conventional high-pressure heat exchangers:

• Short Lead Times: The fusion welding process enables rapid manufacturing – without the months-long wait times of diffusion-bonded solutions.

• Maximum Design Freedom: Flexible channel gaps and individually customizable plate geometries for optimal balance between pressure drop and heat transfer.

• Scalable Geometry: From compact laboratory modules to large-format industrial blocks – the ZHP-D grows with your requirements.

Push the Boundaries

When your process ventures into the 'red zone' of temperature and pressure, the ZILONIS Hyper Plate ensures your operation remains stable, efficient, and safe.