(29 kW)
Electropolish
Applications
Hygienic Process Cooling & Heating
Provides precise temperature control for low-flow sanitary processes involving pharmaceutical, biotech, food, and personal care products.
Viscous Product Processing
Efficiently heats and cools high-viscosity fluids such as creams, syrups, gels, concentrates, and other difficult-to-process products while maintaining product integrity.
High-Pressure Process Applications
Delivers reliable thermal performance in sanitary systems requiring high operating pressures, large temperature differentials, and compact installation footprints.
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)
Surface Finish 20 μin Ra Maximum15 μin Ra Optional Electropolish
CIP Capability Designed for effective CIP with smooth, electropolished, fully drainable flow paths that minimize product hold-up and support hygienic cleaning.
Available Materials - 316L Stainless Steel
- 304 Stainless Steel
- Hastelloy C
- Alloy 20
- Titanium
- SilcoTek
Engineered for Thermal Performance
Thermal Stress Management Independent tube expansion design accommodates differential thermal expansion, improving reliability under demanding operating conditions.
Precision Thermal Performance High heat transfer efficiency delivers accurate temperature control for low-flow, high-pressure applications and large temperature differentials.
Maintenance-Free Gasket-free construction eliminates routine seal replacement while avoiding PFAS materials for enhanced environmental safety and long-term reliability.
Sanitary Design Electropolished, fully drainable flow paths support effective CIP/SIP procedures, minimize hold-up volume, and promote hygienic processing.
Compact Footprint Concentric tube construction provides high thermal performance in a compact design, making it ideal for skid-mounted systems and space-constrained installations.
Best Fit For
Use when higher flow, capacity, and sanitary construction flexibility are required.
- Higher-flow sanitary heating and cooling duties
- Broader-capacity utilities and product applications
- Clean steam condensing and sub-cooling
- WFI and PW temperature control
- Product sampling and high-purity temperature control
Not Ideal When
- Extremely low-flow, very high-pressure point-of-use duty
- Minimal hold-up volume is the primary requirement
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.