Shell & Tube Heat Exchangers
Shell & Tube Heat Exchangers are essential components in industrial processes where efficient thermal transfer is critical. These exchangers are designed for direct immersion into process fluids, ensuring optimal heat exchange while minimizing energy loss. Built to withstand the challenges of corrosive chemicals, high-purity media, and aggressive liquids, our heat exchangers provide reliable performance with low maintenance, making them ideal for demanding industries such as chemical processing, metal finishing, and water treatment.
When requesting a quote for a Shell & Tube Heat Exchanger, please provide the following information:
- Description of the Solution Being Heated or Cooled: Specify the type of chemical or solution involved.
- Process Tank Dimensions & Solution Volume: Provide the tank’s length, width, height, and the volume of the solution.
- Starting and Operating Temperature: Indicate the initial and desired temperatures of the solution.
- Preferred Heat-Up or Cool-Down Time: Specify how quickly the solution needs to reach the target temperature.
- Steam Pressure at the Tank (psi): If applicable, provide the steam pressure available at the tank.
Shell & Tube Heat Exchanger Models
We offer a variety of Shell & Tube Heat Exchangers designed to meet the specific needs of industrial heating and cooling processes. Each model is constructed from durable materials to ensure longevity and efficiency in harsh environments.
Calorplast Shell & Tube Heat Exchanger
The Calorplast Shell & Tube Heat Exchanger is a compact, efficient solution for heating, cooling, condensing, or evaporating high-purity media. Constructed from robust materials like PE, PVDF, and PFA, it offers exceptional corrosion resistance and low maintenance costs. The non-fouling, thin-walled tubes ensure high heat transfer capability with minimal pressure drop (1.45 to 7.25 psi). Designed for ease of cleaning and flexible installation, this heat exchanger is ideal for demanding applications requiring reliable performance.
Material Construction:
Durable PE, PVDF, and PFA for excellent corrosion resistance.
Heat Transfer Efficiency:
Non-fouling, thin-walled tubes provide high heat transfer with minimal pressure drop.
Temperature Range:
Operates effectively from -22 to 284 °F.
Pressure Handling:
Supports working pressures from 45.5 to 232 psi.
Design Flexibility:
Easy to clean, with customizable options for various applications.
Applications of Shell & Tube Heat Exchangers
Chemical Processing:
Ideal for heating and cooling aggressive chemicals and high-purity solutions.
Metal Finishing:
Provides reliable thermal management in plating and anodizing processes.
Water Treatment:
Ensures efficient heat exchange in water purification and treatment systems.