Duocel® heat exchangers are used when traditional methods of thermal stabilization are inadequate. They are custom built and provide more than double the cooling effectiveness of a traditional fin heat exchanger. Learn More Energy absorbers diffuse kinetic mechanical energy

Duocel® can be customized to achieve high performance design solutions. One of the driving factors for fluid flow applications like a heat exchanger is press...

High Thermal Capacity Heat Exchangers
• High Thermal Capacity: Capable of managing loads up to 500kW
• Compact and Modular Design: Modular configuration supports scalability for varying operational needs.
• Durable and Corrosion Resistant: Resistant to wear and chemical degradation; constructed
with aerospace-grade aluminum, copper, stainless steel or titanium.
• Verstaile Integration: Compatible with existing or custom ground support equipment systems.
• Reliable: Built to operate reliably in the most extreme temperatures and environments.
Patent-Pending Design: High-performance, lightweight metal foam heat exchangers engineered for scalability and adaptability in various layered or dimensional configurations.
• Open-Cell Structure: The unique foam structure promotes superior airflow and heat dissipation, significantly reducing thermal resistance.
• Ultra-Lightweight: Combines strength and performance with a focus on weight reduction, perfect for aerospace applications.
• Compact and Efficient: Ideal for space constrained environments, delivering high
thermal performance in a smaller footprint.
• Eco-Friendly Solutions: Compatible with sustainable refrigerants, supporting energy efficient
and environmentally conscious operations.

Duocel® is an open-celled, solid ligament foam structure available in metal, carbon, and ceramic base materials. By modifying pore size, ligament size, and m...

Hover over each function to see the properties that make Duocel® foam unique

What is Duocel® Foam? Duocel® is a porous structure or open-celled foam consisting of an interconnected network of solid struts.