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Tube-bundle heat exchangers
Behälter KG offers high quality used tube bundle heat exchangers - immediately available from stock. Tube bundle heat exchangers are robust and low in maintenance. Hence, it is always sensible to consider the purchase of a used tube bundle heat exchanger, when available. Take a look at our inventory and contact us if you have any questions.
- 6388Heat exchanger, Aisi 316 €2,150.00
- material insulation jacket: stainless steel
- volume double jacket: 4 liter
- material of jacket: AISI316 (V4A) 1.4571
- 7846Heat exchanger, stainless steel €3,150.00
- exchange surface: 5 m²
- latest application: Brewery
- insulation: available
- material insulation jacket: stainless steel
- Insulation material: mineral wool
- volume double jacket: 34 liter
- max. allowable working overpressure double jacket: 5,0 bar
- 78581000 liter dry cooler, Aisi 304 €2,450.00
- year of construction: 2002
- insulation: available
- volume double jacket: 216 liter
- 785960 liter dry cooler, Aisi 304 €1,450.00
- exchange surface: 5 m²
- year of construction: 1995
- insulation: available
- volume double jacket: 210 liter
- 7879Heat exchanger, stainless steel €1,850.00
- latest application: Brewery
- year of construction: 1987
- insulation: available
- material insulation jacket: stainless steel
- volume double jacket: 44,8 liter
- max. allowable working overpressure double jacket: 3,0 bar
- 7880Heat exchanger, stainless steel €3,450.00
- exchange surface: 9 m²
- latest application: Brewery
- year of construction: 1984
- insulation: available
- material insulation jacket: stainless steel
- volume double jacket: 54 liter
- max. allowable working overpressure double jacket: 15,0 bar
- 8300Tetra Pak hot tube holder, Aisi 304 €13,800.00
- latest application: Dairy
- insulation: available
- material insulation jacket: stainless steel
- 8810Alfa Laval 9,08 m² spiral heat exchanger, AISI316 €5,600.00
- exchange surface: 9 m²
- Technical documentation:
- latest application: Pharmaceutical chemistry
- volume double jacket: 40 liter
- material of jacket: AISI316 (V4A) 1.4404
- max. allowable working overpressure double jacket: 5,0 bar
- 8832Alfa Laval tube-bundle heat exchanger, Aisi 316 €3,400.00
- exchange surface: 4 m²
- Technical documentation:
- latest application: Pharmaceutical Chemistry
- year of construction: 2011
- insulation: available
- material insulation jacket: stainless steel
- volume double jacket: 30 liter
- max. allowable working overpressure double jacket: 10,0 bar
- 8834Alfa Laval 2,45 m² spiral heat exchanger, stainless steel €2,800.00
- exchange surface: 2 m²
- Technical documentation:
- latest application: Pharmaceutical Chemistry
- insulation: available
- material insulation jacket: aluminium
- 8869Heat exchanger, Aisi 316 €4,700.00
- exchange surface: 4 m²
- Technical documentation:
- latest application: Pharmaceutical Chemistry
- insulation: available
- material insulation jacket: stainless steel
- volume double jacket: 67 liter
- material of jacket: AISI316 (V4A) 1.4435
- max. allowable working overpressure double jacket: 2,0 bar
- 8949Alfa Laval 11.5 m² spiral heat exchanger; Aisi 316 €6,500.00
- exchange surface: 12 m²
- Technical documentation:
- latest application: Pharmaceutical Chemistry
- insulation: available
- material insulation jacket: aluminium
- volume double jacket: 226 liter
- material of jacket: AISI316 (V4A) 1.4404
- max. allowable working overpressure double jacket: 4,2 bar
- 902715,28 m² heat exchanger, stainless steel/carbon steel €3,900.00
- exchange surface: 15 m²
- latest application: Pharmaceutical Chemistry
- insulation: available
- material insulation jacket: aluminium
- volume double jacket: 87 liter
- material of jacket: mild steel
- max. allowable working overpressure double jacket: 10,0 bar
- 903125m² tubed bundle heat exchanger, stainless steel €9,000.00
- exchange surface: 25 m²
- latest application: Pharmaceutical Chemistry
- year of construction: 2011
- insulation: available
- material insulation jacket: aluminium
- volume double jacket: 265 liter
- max. allowable working overpressure double jacket: 0,5 bar
- 90514,0 m² spiral heat exchanger, AISI316 €4,000.00
- exchange surface: 4 m²
- Technical documentation:
- latest application: Pharmaceutical Chemistry
- insulation: available
- material insulation jacket: aluminium
- volume double jacket: 164 liter
- material of jacket: AISI316 (V4A) 1.4435
- max. allowable working overpressure double jacket: 2,0 bar
- 9054Alfa Laval 1.3 m² spiral heat exchanger, stainless steel €1,400.00
- exchange surface: 1 m²
- Technical documentation:
- latest application: Pharmaceutical Chemistry
- insulation: available
- material insulation jacket: aluminium
- Insulation material: Armaflex
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- 908825 m² heat exchanger / falling film evaporator, Aisi 316 €9,000.00
- exchange surface: 25 m²
- latest application: Pharmaceutical Chemistry
- insulation: available
- material insulation jacket: aluminium
- Insulation material: mineral wool
- volume double jacket: 750 liter
- material of jacket: AISI316 (V4A) 1.4435
- max. allowable working overpressure double jacket: 10,0 bar
- 90899 m² heat exchanger / falling film evaporator, Aisi 316 €5,000.00
- exchange surface: 9 m²
- latest application: Pharmaceutical Chemistry
- insulation: available
- material insulation jacket: aluminium
- Insulation material: mineral wool
- volume double jacket: 360 liter
- material of jacket: AISI316 (V4A) 1.4435
- max. allowable working overpressure double jacket: 10,0 bar
- 9124Heat exchanger, stainless steel €3,500.00
- latest application: Pharmaceutical Chemistry
- insulation: available
- material insulation jacket: aluminium
- 9135Heat exchanger, stainless steel €3,500.00
- latest application: Pharmaceutical Chemistry
- insulation: available
- material insulation jacket: aluminium
- 91382.5 m² Spiral coil condenser, Aisi 316 €3,300.00
- exchange surface: 3 m²
- Technical documentation:
- latest application: Pharmaceutical Chemistry
- year of construction: 2012
- insulation: available
- material insulation jacket: aluminium
- Insulation material: Armaflex
- volume double jacket: 114 liter
- material of jacket: AISI316 (V4A) 1.4404
- max. allowable working overpressure double jacket: 6,0 bar
- 914140 m² Heat exchanger, Aisi 316 €19,000.00
- exchange surface: 40 m²
- Technical documentation:
- latest application: Pharmaceutical Chemistry
- volume double jacket: 370 liter
- material of jacket: AISI316 (V4A) 1.4435
- max. allowable working overpressure double jacket: 2,0 bar
- 914279,98 m² Heat exchanger, Aisi 316 Price on request
- exchange surface: 80 m²
- latest application: Pharmaceutical Chemistry
- insulation: available
- material insulation jacket: aluminium
- Insulation material: Armaflex
- volume double jacket: 436 liter
- material of jacket: AISI316 (V4A) 1.4435
- max. allowable working overpressure double jacket: 10,0 bar
How does a tube bundle heat exchanger function?
A tube bundle heat exchanger enables the heat transfer of two primarily liquid media by transferring the energy through a pipe wall. The exact construction of a tube bundle exchanger can vary. Typically, however, it consists of a solid tube, in which a large number of smaller transfer tubes are installed. One of the media flows through the transfer tubes, the solid tube surrounding the transfer tubes is filled with the second medium. The exchange surface of the heat transfer results from the amount and the diameter of the small transfer tubes. A shell-and-tube heat exchanger can be used to recover unused thermal energy in a production plant by transferring it to another medium. This can increase the overall energy efficiency.
What are the advantages and disadvantages of a tube bundle heat exchanger?
A shell-and-tube heat exchanger is much more robust and requires less maintenance. The transmission tubes are easy to clean, and the exchanger usually only has two seals installed. Due to the massive and simple design, tube bundle heat exchangers have a higher pressure resistance and are also suitable for very demanding temperature levels.
However, the heat transfer capacity from a tube bundle heat exchanger is lower than that of a comparable plate heat exchanger. Therefore, tube bundle heat exchangers are often larger in size and also heavier in weight. In addition, it is not possible to modify the design capacity of a tube bundle heat exchanger at a later point in time (in contrast to a plate-type heat exchanger).