Shell And Tube Heat Exchanger

Shell and tube heat exchanger is a kind of traditional and efficient heat exchange equipment widely used in industrial processes. Its design features include a shell and a tube bundle assembled inside. Shell and tube heat exchangers are used for evaporators and condensers of hot and cold water units, modular units, etc. 7mm heat transfer tube upgrade, spiral baffle optimization, and the combination of a number of Shen's patent dispensers, high heat transfer efficiency; Shen's shell and tube are designed and manufactured in strict accordance with GB150, 151 standards, fluorine side head adopts laser welding, high pressure, no leakage risk of traditional sealing gasps, heat exchange tube is formed as a whole, no splicing, no contact between solder joints and water, strong frost resistance and reliability; Fluorine side head patent optimization design, saving material cost, small heat transfer pipe small shell, high compactness, small material saving volume.

Technical
Working
Products
Industry
Case
Service
Download

Technical

Shell and tube heat exchangers are used for evaporators and condensers of hot and cold water units, modular units, etc. 7mm heat transfer tube upgrade, spiral baffle optimization, and the combination of a number of Shen's patent dispensers, high heat transfer efficiency;

7mm Heat Transfer Tube

Spiral Baffle

High Efficiency Heat Transfer

Patented Distributor

Laser Welding for Better Sealing

Integrated Molding with No Joints

Strong Anti-Freeze Performance

Excellent Cost Performance

Working Principle

(1) Shen's design heat exchange tube: 7mm heat exchange tube, bottom wall thickness 0.35mm, tooth number, tooth height and spiral Angle are their own parameters, the result of repeated optimization.(2) Shen's spiral baffle: unique locking design, the splicing area is tightly stitched, the transition is smooth and natural, the water side flow rate is uniform, and the heat transfer efficiency is high; No dead zone, reduce the risk of freezing.(3) Shen's patent distributor: refrigeration model: 1 mixing + 2 distribution Heat pump model: 1 mixing + 1 distributionExploration Principle

Products

Shell-and-Tube Heat Exchanger for Heat Pump Applications

Shell-and-tube heat exchangers are widely used in various heat pump systems, including water-source, ground-source, and air-source heat pumps. This type of heat exchanger features flexible design, high efficiency, and adaptability to different operating conditions.

Shell-and-Tube Heat Exchanger for Chiller Evaporators

In chiller systems, shell-and-tube heat exchangers are commonly used as evaporators, especially in medium to large industrial and commercial refrigeration systems. The design and working principle of shell-and-tube evaporators make them an ideal choice for such applications.

Evaporator Shell-and-Tube Heat Exchanger

Shell-and-tube evaporators are essential components in chiller systems due to their exceptional performance and reliability. They not only enhance cooling efficiency but also ensure stable system operation.

Industry

HVAC

The design of HVAC systems aims to provide comfortable indoor air quality and temperature while effectively managing energy consumption.

Refrigeration

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

Home Appliances/Food

Heat exchangers play a crucial role in home appliances and industrial applications by improving energy efficiency, reducing costs, and promoting sustainability. Through precise temperature control, they enhance equipment performance and production efficiency.

Service

We have a team of experts who understand your industry. Whenever and wherever you purchase our equipment, we can provide professional technical support.HZSS portfolio of energy saving services covers the entire life cycle of equipment, including equipment installation, maintenance, improvement, etc., to achieve maximum uptime and optimal performance of equipment.