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A tube heat exchanger, also known as a row tube heat exchanger, consists of components such as a shell, heat transfer tube bundle, tube plate, baffle plate (or baffle rod), and tube box. It is an inter wall heat exchanger with the wall of the tube bundle enclosed in the shell as the heat transfer surface
According to the form of the tube plate, shell, and their mating parts, it can be divided into seven types: fixed tube plate type, floating head type, U-shaped tube type, stuffing box type, kettle type, sliding tube plate type, and insertion tube type.
According to the type of heat exchange tube, it can be divided into corrugated tube, spiral tube, threaded tube, copper smooth tube, low fin tube, string fin tube, brass, stainless steel smooth tube, transfer fin tube, etc. According to the installation form, it can be divided into two types: horizontal and vertical.
A tube heat exchanger, also known as a row tube heat exchanger, consists of components such as a shell, heat transfer tube bundle, tube plate, baffle plate (or baffle rod), and tube box. It is an inter wall heat exchanger with the wall of the tube bundle enclosed in the shell as the heat transfer surface
According to the form of the tube plate, shell, and their mating parts, it can be divided into seven types: fixed tube plate type, floating head type, U-shaped tube type, stuffing box type, kettle type, sliding tube plate type, and insertion tube type.
According to the type of heat exchange tube, it can be divided into corrugated tube, spiral tube, threaded tube, copper smooth tube, low fin tube, string fin tube, brass, stainless steel smooth tube, transfer fin tube, etc. According to the installation form, it can be divided into two types: horizontal and vertical.
This type of heat exchanger has a simple structure and reliable operation. The shell and tube side materials can be flexibly selected according to the medium requirements, and can be used at high temperatures and pressures.
This type of heat exchanger has a simple structure and reliable operation. The shell and tube side materials can be flexibly selected according to the medium requirements, and can be used at high temperatures and pressures.
Widely used in industrial sectors such as chemical, petroleum, petrochemical, power, light industry, metallurgy, atomic energy, shipbuilding, aviation, heating, etc. Especially in petroleum refining and chemical processing equipment, it occupies an extremely important position. It is currently the most widely used heat exchange equipment.
Widely used in industrial sectors such as chemical, petroleum, petrochemical, power, light industry, metallurgy, atomic energy, shipbuilding, aviation, heating, etc. Especially in petroleum refining and chemical processing equipment, it occupies an extremely important position. It is currently the most widely used heat exchange equipment.
Design pressure (tube/shell side) 0-10MPa
Design temperature: -160~650 ℃
Heat exchange area: 1-3000 ㎡/unit
Main materials: heat exchange tubes - carbon steel, stainless steel, titanium alloy, copper alloy, etc.
Shell, tube plate, flange - carbon steel, low alloy steel, high alloy steel, stainless steel, titanium alloy and its forgings, composite materials, etc
Design pressure (tube/shell side) 0-10MPa
Design temperature: -160~650 ℃
Heat exchange area: 1-3000 ㎡/unit
Main materials: heat exchange tubes - carbon steel, stainless steel, titanium alloy, copper alloy, etc.
Shell, tube plate, flange - carbon steel, low alloy steel, high alloy steel, stainless steel, titanium alloy and its forgings, composite materials, etc