vidaXL Pool Heat Exchanger 292 x 134 mm 28 kW

Amazon

【Durability and Strength】: Constructed from corrugated tubes and high-quality SS304 stainless steel, this pool heat exchanger is engineered to withstand and maintain its robust structure over time 【Size and Power】: With dimensions of 292 x 134 mm (L x Φ) and a power of 28 kW, while weighing just 1.1 kg, this lightweight and compact pool heat exchanger delivers strong performance in a minimal footprint 【Easy Connectivity】: Comes with a pool connection diameter of G1 1/2'' and a heater connection diameter of G1'', for easy and secure connections ensuring damage-free installation 【Separate Water Systems】: It ingeniously keeps the pool water and boiler water separate, providing an efficient means of transferring heat between the two systems, preventing any risks 【Efficient Heat Exchange】: This heat exchanger by vidaXL maximises efficiency with its smooth tube-and-shell design, allowing water to travel at high velocities for optimum heat transfer, suitable for pool systems

ManoMano

General description This heat exchanger, with a unique design, is an excellent addition to your pool system. Made of high-quality stainless steel, it is corrosion-resistant and highly durable. The construction features corrugated tubes for optimal efficiency, allowing for effective heat transfer while keeping the pool and boiler water separate. Technical specifications Material: SS304 stainless steel Size: 292 x 134 mm (L x Φ) Power: 28 kW Pool connection diameter: G1 1/2'' Heater connection diameter: G1'' Tube quantity: 25 Connection on the same side Other information

VidaXL

This heat exchanger, with a unique design, will make a great addition to your pool system. Made of high-quality stainless steel, this heat exchanger is corrosion-resistant and very durable. It is constructed with corrugated tubes for optimal efficiency. This heat exchanger is used to keep the pool and boiler water separate while providing an efficient means to transfer heat between the two systems. The smooth tube and shell design allow the water to travel through the heat exchanger at a high velocity, which maximises the heat transfer.