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WHT-WN6
Lvjie
We usually quote within 8 hours after we get your inquiry.
Why choose our heat exchanger?
Internal & external enhanced groove, ensure high heat transfer efficiency
Cooling capacity from 2.5TR to 1,000TR
One to four refrigerating circuits available
CE ,ASME,ISO and BR1 certificate are optional
Specification and performance can be customized as per requirement
Characteristics of horizontal shell and tube condenser:
The closed shell and tube condenser in which the cooling water flows horizontally through the horizontal tube bundle under pressure is commonly used in large and medium-sized ammonia or Freon refrigeration devices.
It can also be used in ammonia refrigeration system and Freon refrigeration system.
The cooling water has a long stroke, high flow rate, and a high heat transfer coefficient on the water side
The temperature difference between inlet and outlet water is large, reducing the amount of cooling water used; The cooling water temperature is between 4-6 ℃;
The flow rate of cooling water is high, and the Heat transfer coefficient is higher than that of vertical cooling water; Compact structure and small footprint;
The cooling water temperature rises significantly and the water consumption is small;
We usually quote within 8 hours after we get your inquiry.
Why choose our heat exchanger?
Internal & external enhanced groove, ensure high heat transfer efficiency
Cooling capacity from 2.5TR to 1,000TR
One to four refrigerating circuits available
CE ,ASME,ISO and BR1 certificate are optional
Specification and performance can be customized as per requirement
Characteristics of horizontal shell and tube condenser:
The closed shell and tube condenser in which the cooling water flows horizontally through the horizontal tube bundle under pressure is commonly used in large and medium-sized ammonia or Freon refrigeration devices.
It can also be used in ammonia refrigeration system and Freon refrigeration system.
The cooling water has a long stroke, high flow rate, and a high heat transfer coefficient on the water side
The temperature difference between inlet and outlet water is large, reducing the amount of cooling water used; The cooling water temperature is between 4-6 ℃;
The flow rate of cooling water is high, and the Heat transfer coefficient is higher than that of vertical cooling water; Compact structure and small footprint;
The cooling water temperature rises significantly and the water consumption is small;