Defense and Space

Mission-Critical Thermal Management for Defense and Space

Exergy heat exchangers are built for defense, aerospace, and space applications where reliability, precision, and durability are essential. Our compact, high-performance designs provide dependable heating and cooling for ground-support systems and equipment, test systems, electronics, propulsion support, radar systems, and other mission-critical technologies.

Designed for demanding, defense-ready applications, Exergy heat exchangers are available in stainless steel, titanium, and high-performance nickel alloys to accommodate extreme temperatures, high pressures, aggressive fluids, and strict size and weight limitations. From ground support and system development to testing and deployment, our engineering team provides customized thermal solutions that help protect critical equipment, maintain stable operating conditions, and support long-term system reliability.

Applications

Thermal Control Systems

Maintains precise and stable fluid temperatures in mission-critical equipment operating under demanding conditions.

Electronics and Avionics Cooling

Removes heat from sensitive electronics, communication systems and avionics to support reliable operation.

Ground Support Equipment

Provides dependable heating and cooling for launch systems, aircraft servicing equipment, test stands and ground-based infrastructure.

Propulsion and Fuel Systems

Controls the temperature of fuels, lubricants and supporting fluids used in propulsion testing and delivery systems.

Environmental Simulation and Testing

Supports thermal-vacuum chambers, component test systems and equipment used to simulate extreme operating environments.

Gas Cooling and Conditioning

Heats or cools helium, nitrogen and other process gases used in pressurization, purging, testing and specialized defense systems.

Product Strengths

Mission-Critical Reliability

Durable construction and consistent thermal performance help critical defense and space systems operate reliably under demanding conditions.

Precise Thermal Control

Stable heating and cooling protect sensitive electronics, instrumentation and process fluids from temperature fluctuations that could affect performance.

Compact, Lightweight Performance

High heat-transfer efficiency delivers strong thermal performance within the strict space and weight limitations of aerospace and defense equipment.

Resistance to Extreme Conditions

High-performance materials withstand elevated pressures, temperature extremes, aggressive fluids and challenging operating environments.

Reduced Maintenance and Downtime

Gasket-free construction and durable materials help minimize maintenance requirements, extend equipment life and improve overall system availability.

Features

Compact, High-Efficiency Design Delivers reliable thermal performance in a small, lightweight footprint for integration into space-constrained defense, aerospace and ground-support systems.

Rugged, Gasket-Free Construction Brazed and welded designs reduce potential leak points and support dependable operation in demanding environments where maintenance access may be limited.

Precise Temperature Control Responds efficiently to changing thermal loads while maintaining stable temperatures for sensitive electronics, instrumentation, fuels and process fluids.

High-Performance Materials Available in stainless steel, titanium and nickel alloys for operation under high pressures, extreme temperatures and exposure to aggressive fluids.

Customizable Solutions Materials, dimensions, connections, pressure ratings and thermal performance can be tailored to specific equipment, installation and mission requirements.

Major Customers