Views: 0 Author: Site Editor Publish Time: 2026-07-01 Origin: Site
This exchanger acts as both condenser (heating mode) and evaporator (cooling mode) for pool heat pump units, adopting counter-flow heat transfer:
Heating Mode (Condenser)
High-temperature & high-pressure refrigerant circulates inside titanium tubes and releases heat. Pool water flows outside the tubes, absorbs heat and circulates back to raise pool temperature. Refrigerant condenses into liquid after heat release.
Cooling Mode (Evaporator)
Low-pressure low-temperature refrigerant absorbs heat from pool water inside titanium tubes and vaporizes. Pool water loses heat and cools down, realizing pool refrigeration in hot summer.
Material isolation: Pure titanium wall completely separates refrigerant and pool water, no medium mixing risk.
Core Advantages
Unmatched anti-corrosion performance
Grade 2 pure titanium resists chlorine, disinfectants, salt water, sulfur and mineral ions in hot springs/salt pools; self-repairing passivation film, no rust, pitting or tube leakage.
Dual-purpose for heating & cooling
One unit meets year-round pool temperature control: warm pool in winter, cool pool in summer, wide application range.
Long service life & low maintenance
Service life up to 15+ years, far longer than copper/stainless steel exchangers; smooth tube surface reduces scaling, simple regular cleaning only.
Safe & hygienic material
Chemically inert titanium, no heavy metal precipitation, non-toxic, compliant with swimming water safety standards.
Stable heat exchange efficiency
Corrugated spiral titanium tubes create turbulent flow to boost heat transfer; low pressure drop, saves pump power consumption.
Wide water quality compatibility
Fit for ordinary chlorine pools, salt water pools, hot spring SPA, commercial aquatics centers.
Application Scenarios
Residential & commercial swimming pool heat pump systems
Salt water pool, mineral hot spring, SPA hydrotherapy pool
Indoor constant-temperature natatoriums needing summer cooling
Chiller & boiler pool constant temperature systems
