Shell and Tube Evaporator

Core Components & Materials

◆ Tube Material: CuNi 90/10 tubes. This copper - nickel alloy exhibits outstanding resistance to corrosion from chlorinated pool water, guaranteeing a long service life even in harsh chemical environments.
◆ Shell Material: Fiberglass shell. Lightweight yet sturdy, it provides effective protection for internal components while being resistant to the corrosive effects of pool - related chemicals.

Performance Parameters

◆ Heat Transfer Area: Ranging from 5 - 20 m². This range allows for flexible matching with different pool sizes and heating requirements, ensuring efficient heat exchange to maintain the desired water temperature.
◆ Flow Rate: 10 - 50 m³/h. Capable of handling various water circulation volumes in swimming pools, facilitating rapid heat transfer and temperature stabilization.
◆ Temperature Regulation: Utilizes waste heat from boilers to heat pool water from 15°C to 28°C. This energy - efficient approach can reduce energy costs by 20 - 30%, making it an environmentally friendly and cost - effective solution for pool heating.

Structural Design

◆ Tubular Arrangement: Tubes are arranged in a triangular pitch. This design maximizes turbulence within the heat exchanger, promoting more efficient heat transfer between the tube side and shell side fluids.
◆ Installation & Maintenance: Features a horizontal layout, enabling easy installation in equipment rooms. Flanged connections simplify maintenance procedures, allowing for convenient inspection, cleaning, and component replacement when necessary.

Application Scenarios

◆ Ideal for both residential and commercial swimming pools. Whether it's a private backyard pool, a hotel leisure pool, or a large - scale public swimming facility, this heat exchanger can effectively maintain the water temperature year - round. Its corrosion - resistant design ensures minimal risk of damage from pool chemicals, providing stable and reliable operation in diverse pool environments.

Key Advantages

◆ Durability: The combination of CuNi 90/10 tubes and a fiberglass shell ensures excellent resistance to chlorinated water and other pool - related corrosive factors, prolonging the service life of the equipment.

◆ Energy Efficiency: By leveraging waste heat from boilers for pool water heating, it achieves substantial energy savings (20 - 30% reduction in energy costs), aligning with sustainable operation goals.

◆ Efficient Heat Transfer: The triangular tube pitch design maximizes turbulence, enhancing heat transfer efficiency and enabling rapid heating of pool water to the optimal temperature range.

◆ Easy Installation & Maintenance: The horizontal layout and flanged connections simplify the installation process in equipment rooms and make routine maintenance tasks, such as cleaning and component replacement, more convenient.

Technical Compliance

◆ Complies with relevant industry standards for swimming pool heating equipment. The materials and design meet the requirements for corrosion resistance, heat transfer efficiency, and structural integrity in pool water heating applications, ensuring safe and reliable operation.

Packaging & Logistics

◆ Packaging: Protected with anti - collision materials (such as foam, bubble wrap) to prevent damage during transportation. The heat exchanger is then placed in a sturdy wooden crate or suitable container for overall protection.
◆ Delivery Time: Typically 7 - 15 working days after order confirmation, subject to order quantity and customization requirements. Shipping can be arranged via land, sea, or air freight according to customer needs, with proper fixation and protection measures during transit to ensure the product arrives in good condition.