A spiral wound heat exchanger is an efficient and compact heat transfer device, featuring a core structure of spirally wound tube bundles enclosed in a shell. Two fluids flow through the tube side and shell side respectively, transferring heat through the tube walls. With a compact design, high heat transfer efficiency, and adaptability to high-pressure, low-temperature, and other complex conditions, it is widely used in chemical, petrochemical, LNG, refrigeration, and waste heat recovery fields.

Spiral wound heat exchangers feature a core structure of spirally wound tube bundles, achieving efficient heat transfer through densely arranged pipeline design, which provides a large heat transfer area within a compact space. They possess high-pressure resistance and vibration resistance, can be compatible with multi-medium working conditions, and are anti-scaling, easy to clean, with low maintenance costs. Suitable for various industrial scenarios such as cryogenic liquefaction, chemical synthesis, and waste heat recovery, they provide reliable solutions for complex heat exchange needs with their low flow resistance, energy-saving and stable operation performance.

The spiral wound tube heat exchanger for beer is specially designed for beer brewing processes. It is made of food - grade materials, meeting the strict hygiene standards of the industry. Adopting an efficient spiral wound tube structure, it has a large heat exchange area and high thermal efficiency. It can accurately adapt to key process links such as wort cooling and fermentation temperature control, stably regulating the temperature of the medium. The inner wall of the equipment is smooth and easy to clean, reducing the risk of residual pollution, which helps to ensure the purity of beer flavor. It is a special high - efficiency and energy - saving heat exchange equipment in beer production.​