Carbon Steel Shell and Tube Heat Exchanger

Carbon Steel Tube Bundle Heat Exchanger

The shell of a carbon steel tube bundle heat exchanger is a type of container. The main content and methods of the structural design of chemical equipment are also applicable to the design of cylindrical equipment such as evaporators, towers, and dryers. The basic design requirements include the following points:
1. Strength
Strength refers to the ability to resist external force destruction. The designed container must possess sufficient strength to ensure production safety.
Stiffness
Stiffness refers to the ability of a component to resist external forces and prevent deformation. Vessels must have some degree of stiffness to avoid unauthorized deformation during installation, transportation, and use. Severe deformation may render the equipment unusable.
3. Stability
Stability is the ability of a Zagaocan component to maintain its original shape under external forces. If the stability of a carbon steel tube bundle heat exchanger is poor, it will be deformed or develop creases under external forces.
Durability
The container must have a longer service life. Durability determines the appropriateness of the choice of sub-materials, the correctness of the anti-corrosion measures, and the corrosion status of the medium on the material.
5. Airtightness
Carbon steel tube bundle heat exchangers that handle pressurized or toxic substances must have excellent gas tightness to provide a good working environment and maintain normal operating conditions.
6. Material-saving, easy to manufacture, convenient for transportation, installation, operation, and maintenance.