Heat Exchangers for Refrigeration Systems
Precise Cooling. Lower Energy Costs. Longer Equipment Life.
Refrigeration systems depend on efficient heat transfer at every stage of the cycle. When your evaporator, condenser, or economizer underperforms, you lose cooling capacity, waste energy, and put compressor life at risk.
AIC refrigeration heat exchangers deliver reliable thermal performance for commercial and industrial cooling applications, helping you maintain target temperatures while reducing compressor load and operating costs.
Designed for your application:
- Cascade Systems
- Condensers
- Desuperheaters
- Evaporators
- Superheaters
AIC Solutions for Commercial & Industrial Refrigeration
Refrigeration demands vary from walk-in coolers to large-scale industrial systems. AIC heat exchangers are built to perform across the full range.
- Commercial & Industrial Cooling: Cold storage, food processing, and supermarket refrigeration systems that require consistent temperatures under high load conditions.
- Condensers, Evaporators & Economizers: Optimized heat transfer in condensing and evaporating circuits to improve system COP, reduce energy consumption, and minimize compressor stress.
- Glycol & Brine Cooling: Efficient heat transfer between refrigerant and secondary loops for process cooling, keeping fluids separated and protecting sensitive equipment.
Built to Maximize Refrigeration Efficiency
Your refrigeration system's performance starts with how well heat is transferred at the evaporator and condenser.
AIC heat exchangers are engineered to optimize every stage of the cycle:
- Lower Compressor Load: Efficient heat transfer at the evaporator raises suction pressure and reduces the work your compressor has to do, lowering energy consumption and extending compressor life.
- Stable Temperature Control: Consistent thermal performance across full and partial load conditions keeps your stored products, processes, and equipment within spec.
- Compact, High-Efficiency Design: Brazed plate units deliver superior thermal performance in a smaller footprint than traditional shell-and-tube, reducing refrigerant charge and saving valuable mechanical room space.
- Loop Separation & Equipment Protection: Isolate refrigerant from secondary process loops to prevent contamination, maintain system integrity, and simplify maintenance.
Sized for Your Refrigeration System
Refrigerant type, operating pressures, and cooling capacity determine the right heat exchanger for your system. Explore our options below.
Refrigeration HX FAQ
Heat exchangers serve as evaporators, condensers, and economizers within the refrigeration cycle. They enable the heat transfer required to absorb and reject thermal energy at each stage.
Plate heat exchangers offer high thermal efficiency, compact size, and fast thermal response. Their smaller internal volume also means lower refrigerant charge, which is increasingly important with newer low-GWP refrigerants.
Yes. A well-selected heat exchanger improves heat transfer between refrigerant and cooling fluids, raising evaporating temperatures, lowering condensing temperatures, and reducing compressor load, all of which improve system COP.
Key considerations include refrigerant type and compatibility, design pressure, operating temperature range, fouling potential, and required cooling capacity. Material selection is also important for systems using ammonia or CO2.
Improve Your Refrigeration System Performance
Need help selecting the right heat exchanger for your refrigerant, pressures, and cooling loads? Talk to an AIC specialist.
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