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Enhanced turbulent heat exchanger - heat exchanger - heat exchanger manufacturer


Shandong Zhilin Environmental Protection Technology Co., Ltd. is a professional heat exchanger manufacturer in China, integrating the research, production, and sales of plate heat exchangers, detachable heat exchangers, high-efficiency plate heat exchangers, steam-water high-efficiency plate heat exchangers, enhanced turbulent flow heat exchangers, high-efficiency intelligent heat exchanger units, plate heat exchanger units, and intelligent heat exchanger units. The enhanced turbulent flow heat exchanger is a high-efficiency and energy-saving shell and tube heat exchange equipment. It uses stainless steel or copper tubes with special double-threaded heat exchange tubes, featuring high heat transfer coefficient, strong automatic descaling ability, and safe and reliable operation. It has good comprehensive economic performance and is a substitute for traditional shell and tube heat exchangers.

Classification:

Enhanced turbulent heat exchanger



Details

Overview

Enhanced Turbulent Heat Exchanger

  The enhanced turbulent heat exchanger is a highly efficient and energy-saving shell and tube heat exchange equipment. Using specially made double-threaded heat exchange tubes of stainless steel or copper, it features high heat transfer coefficient, strong self-cleaning ability, and reliable operation. It boasts excellent comprehensive economic performance and serves as a replacement for traditional shell and tube heat exchangers.

  Enhanced turbulent heat exchangers are divided into steam-water heat exchange and water-water heat exchange according to different heat mediums, and into vertical and horizontal types according to installation methods. Convenient to choose, with complete models, they can also be specially designed according to specific situations. It is a new type of enhanced heat transfer and high-efficiency energy-saving heat exchange equipment, widely used in production, heating, air conditioning and other heat exchange occasions, and is widely praised by users.

Enhanced Turbulent Heat ExchangerEnhanced Turbulent Heat Exchanger

 

Main Features of Enhanced Turbulent Heat Exchanger

Enhanced Turbulent Heat Exchanger

■ Good Antifouling Performance:On the one hand, the double-threaded heat exchange tube makes the fluid turbulence sufficient, destroying the conditions for fouling generation and reducing fouling. On the other hand, the double-threaded tube can have slight elastic deformation under temperature difference impact, thus breaking down the already formed fouling.

■ High Heat Transfer Coefficient:The special shape of the double-threaded heat exchange tube ensures that both internal and external flowing media are in a turbulent state, thus destroying the boundary layer of the media and improving the heat transfer coefficient inside and outside the tube. Under normal conditions, the overall heat transfer coefficient can also be greatly improved.

■ Strong Corrosion Resistance:Due to the high heat transfer coefficient, less material is used, and the double-threaded tube has high strength and thin material, resulting in much less material used for the heat exchange tube compared to ordinary tubes. In this way, the heat exchange tube can be made of materials with good corrosion resistance, such as stainless steel and copper, without increasing the cost, thus improving the corrosion resistance of the components.

■ Energy Saving, Water Saving, and Electricity Saving:It has significant energy saving and material saving effects in closed-loop systems.

■ Simple Structure:Because the double-threaded tube has moderate elasticity and its own thermal expansion and contraction compensation capacity, the thermal stress of the heat exchanger is correspondingly reduced during the heat transfer process, and the expansion joints are not easy to leak. Therefore, compensators can be omitted, simplifying the structure.

 

Enhanced Turbulent Heat Exchanger Structure Diagram

Enhanced Turbulent Heat Exchanger

Enhanced Turbulent Heat Exchanger

 

Equipment Specifications, Dimensions, and Parameter Table

Enhanced Turbulent Heat Exchanger

Model

Equipment Appearance

Heat Transfer Capacity KW at 0.6MPa Steam

Heat Transfer Capacity KW at 95/70

85/60

60/50

60/50

60/50

SHQN125-1.0- △

DN125*2120

140

150

18

36

SHQN150-1.5- △

DN150*2120

210

225

27

55

SHQN200-3.0- △

DN200*2150

420

450

54

110

SHQN250-4.0- △

DN250*2300

560

600

72

150

SHQN250-5.0- △

DN250*2300

700

750

90

180

SHQN300-6.0- △

DN300*2300

840

900

108

220

SHQN300-8.0- △

DN300*2300

1120

1200

144

288

SHQN350-10- △

DN350*2350

1400

1500

180

360

SHQN400-15- △

DN400*2450

2100

2250

270

540

SHQN400-20- △

DN400*2950

2800

3000

360

720

SHQN500-23- △

DN500*2450

3200

3450

414

828

SHQN500-30- △

DN500*2950

4200

4500

540

1080

SHQN600-40- △

DN600*2600

5600

6000

720

1400

SHQN600-50- △

DN600*3100

7000

8000

900

1800

SHQN700-55- △

DN700*2900

7700

8800

990

1980

SHQN700-70- △

DN700*3400

9800

10800

1260

2520

SHQN800-80- △

DN800*3450

11200

12000

1400

2800

SHQN800-100- △

DN800*3950

14000

16000

1800

3600

SHQN900-110- △

DN900*3650

15400

17600

1980

3960

SHQN1000-140- △

DN1000*4800

19600

21600

2520

5000

SHQN1000-170- △

DN1000*4800

23800

26100

3060

6100