Duocel® High Performance Liquid to Liquid Heat Exchanger
High Thermal Capacity
Up to 500kW
Compact, Modular Design
Ideal for scaling
Reliable
Built for extreme temperatures, vibration, and environments
Eco-Friendly
Compatible with sustainable refrigerants
See us at Paris Air Show 2025 : AB176
Duocel® High Performance Liquid to Liquid Heat Exchanger
Designed for harsh environments, our compact, scalable heat exchangers support thermal loads up to 500kW. Built using aerospace-grade aluminum, copper, stainless steel, or titanium—they deliver reliable thermal performance in extreme temperature ranges and demanding environments. The modular architecture ensures easy integration and expansion across a wide range of systems and applications.
Products & Services
Duocel® - Limitless Possibilities
ERG Aerospace Corporation
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...
Duocel® Foam Aircraft Air Oil Separators
ERG Aerospace Corporation
A Foam Aircraft Air Oil Separators (AOS) is a rotating component used in gas turbine powered aircraft and high-performance vehicles.
Duocel® Intro
ERG Aerospace Corporation
The Basics of Duocel® Foam
ERG Aerospace Corporation
What is Duocel® Foam? Duocel® is a porous structure or open-celled foam consisting of an interconnected network of solid struts.
Duocel® Pressure Drop Demonstration
ERG Aerospace Corporation
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...
Duocel® in Space
ERG Aerospace Corporation
Materials
ERG Aerospace Corporation
Hover over each function to see the properties that make Duocel® foam unique
Applications
ERG Aerospace Corporation
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
Description
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.
• 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.
