Shell and tube heat exchanger

Shell and tube heat exchanger is a traditional and efficient heat exchange equipment widely used in industrial processes. Its design features include a shell and a set of tube bundles installed inside. Shenshi Technology's shell and tube heat exchanger is used for evaporators and condensers of cold and hot water units, modular units, etc.; it adopts 7mm heat transfer tube upgrade, spiral baffle optimization, and a combination of multiple Shenshi patented distributors, with high heat exchange efficiency; Shenshi shell and tube are strictly designed and manufactured in accordance with GB150, 151 standards, the fluorine side head is laser welded, with high pressure bearing, no leakage risk of traditional gaskets, the heat exchange tube is integrally formed, no splicing, no welding point contact with water, strong antifreeze performance and reliability; the patented optimized design of the fluorine side head saves material costs, small heat transfer tubes use small shells, high compactness, material saving and small volume.

Technical Features
Working
Products
Industries
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Technical Features

High-efficiency heat exchange

High-efficiency heat exchange tube, independent patented refrigerant distributor, good evaporation distribution effect.

High reliability

Few solder joints, high reliability.

Dual-tube flow separation

Water flows in the sandwich flow channel between the inner tube and the outer tube, and the refrigerant flows in the inner tube.

Reduce costs

High cost performance and effective cost control.

Small size

Compact structure, reasonable interface layout.

How it works

The shell and tube heat exchanger consists of two main parts: the shell and the tube bundle. Through the premise that two or more fluids of different temperatures do not contact each other, the metal tube wall is used as a heat transfer medium to achieve efficient heat transfer. The refrigerant and the coolant exchange heat, the refrigerant flows in the sandwich between the inner and outer tubes, and the coolant flows in the inner tube.

Products

Shell and tube heat exchangers for heat pumps

Shell and tube heat exchangers are widely used in various heat pump systems, including water source heat pumps, ground source heat pumps, air source heat pumps, etc. This type of heat exchanger is flexible in design, highly efficient, and can adapt to different working conditions.

Chiller Evaporator Shell and Tube Heat Exchanger

In chillers, shell and tube heat exchangers are very common as evaporators, especially in medium and large industrial and commercial refrigeration systems. The design and working principle of shell and tube evaporators make them ideal for such applications.

Evaporator Shell and Tube Heat Exchanger

Shell and tube evaporators have become an indispensable part of chillers with their excellent performance and reliability. They not only improve cooling efficiency, but also ensure the stable operation of the system.

Industries

HVAC

HVAC systems are designed to provide comfortable indoor air quality and temperature while also effectively managing energy consumption.

Cold Chain/Refrigeration

The goal of using heat exchangers is to ensure temperature control, energy efficiency and product quality, helping to keep food, medicines and other temperature-sensitive items at suitable temperature conditions to extend their shelf life and ensure their safety.

Home Appliances/Food

The key role of heat exchangers in home appliances and industry is to improve energy efficiency, reduce costs, and promote sustainable development. Through precise heat control, it promotes the improvement of equipment performance and production efficiency.

Services

We have a team of experts who understand your industry and can provide professional technical support no matter when and where you purchase equipment from our company.HZSS Technology's service portfolio covers various needs throughout the entire life cycle of the equipment, including equipment installation, maintenance, improvement, etc., to achieve maximum uptime and optimal performance of the equipment.