The fin distance of fin tube heat exchanger is mainly considered ash dust easy to clean and other factors at the same time it should strictly meet the requirements of equipment on pressure drop

In general the finned tube heat exchanger spacing and blade height mainly affect the finning ratio finning ratio and the film heat transfer coefficient inside and outside the tube has a great

Advantages of fin tube heat exchanger save water reduce the operation cost convenient adjustment in addition still can reduce industrial water pollution Murphy finned tube heat

The basic heat transfer element of finned tube heat exchanger is finned tube which is composed of finned tube base tube and fin tube The base tube is usually round but there are also oval and

Finned tube heat exchanger material should be selected according to the application field of heat exchanger and the actual operation situation and other differences At this stage the most

Finned tube heat exchanger material should be selected according to the application field of heat exchanger and the actual operation situation and other differences At this stage the most

Finned tube heat exchanger used finned tube has inner finned tube and outer finned tube two kinds of which the outer finned tube is relatively widely used The outer finned tube is generally

The main characteristics of Murphy heat exchanger the plate finned tube heat exchanger can be designed with elastic structure which can effectively solve the problem of its thermal expansion

Fin tube heat exchanger is the most widely used heat transfer equipment in gas and liquid heat exchanger fin tube heat exchanger can enhance heat transfer by adding fins to common base

Finned tube heat exchanger is mainly composed of three rows between the air flow in spiral finned tube bundle of finned heat exchanger by using mechanical round piece heat dissipation fin and radiator pipe interface is big and tight heat transfer...