(29 kW)
Electropolish
Applications
High-Pressure / High-Temperature
Handles elevated pressures and temperatures with a robust tube-in-tube design built for demanding industrial service.
Viscous Fluids & Slurries
Maintains effective heat transfer for thick or particulate-laden fluids while minimizing fouling and pressure drop.
Low-Flow Applications
Delivers precise thermal control where low flow rates require efficient, controlled heat transfer.
Specifications
Heat Transfer Capacity Up to 100,000 BTU/hr (29 kW)
Flow Rate Up to 10 GPM (38 LPM)
Pressure Rating Up to 4,500 PSI (310 Bar)
Temperature Rating Up to 800°F (426°C)
Construction Concentric tube design with independent tube expansion for thermal stress management
Available Materials - 316L Stainless Steel
- Hastelloy C
- Alloy 20
- Titanium
- CVD Coated
- Others Available
Connection Options NPT threaded, flanged, tube stub and custom connections available
Customization Engineered to meet customer-specific thermal, mechanical, and process requirements
Thermal Efficiency
High-Pressure Performance Designed for reliable operation in demanding industrial processes with pressures up to 4,500 PSI.
Precision Thermal Performance Efficient concentric tube construction delivers excellent heat transfer for low-flow applications and large temperature differentials.
Maintenance-Friendly Design Simple welded construction minimizes maintenance requirements while providing dependable long-term operation.
Material Versatility Manufactured from corrosion-resistant alloys and specialty materials to meet challenging process environments.
Thermal Stress Management Independent tube expansion reduces stress caused by thermal cycling, improving reliability and service life.
Compact Footprint High-performance heat transfer in a space-saving design simplifies integration into OEM equipment and industrial process systems.
Best Fit For
Low flow, high pressure, and demanding temperature conditions require precise, reliable heat transfer.
- Low-flow process heating and cooling
- High-pressure applications
- Large temperature differentials (ΔT)
- High-temperature process duties
- Thermal cycling and demanding operating conditions
See how Exergy’s Tube-in-Tube Heat Exchanger works. This animation illustrates the concentric tube design, showing how counterflow heat transfer maximizes thermal efficiency while maintaining separate process and utility streams.