The pressure drop is small, there is no baffle, and the flow resistance of the shell is small.
Highheat transfer efficiency, improve turbulence intensity, make the fluid velocity and direction of the tube shell change periodically, and
strengthen the longitudinal mixing.
It is not easy to scale, and there is no flow dead zone in the shell.
It can overcome induced vibration and improve reliability
*The following content is generated by AI and is for reference only.
Overview
A Spiral Flat Tube Heat Exchanger is a compact thermal device featuring flattened tubes coiled into a spiral configuration to maximize surface area within minimal volume. Constructed primarily from stainless steel or copper alloys, it adheres to ASME and TEMA standards for high-efficiency heat transfer in demanding industrial cycles.
Application
- HVAC Systems: Used in chillers and heat pumps for commercial buildings.
- Food & Beverage: Essential for pasteurization and cooling processes requiring hygienic surfaces.
- Chemical Processing: Handles corrosive fluids in reaction cooling and solvent recovery units.
- Refrigeration: Optimizes efficiency in cold storage and ice-making machinery.
Precautions
- Maintenance: Conduct periodic flow checks to prevent fouling and scaling buildup.
- Corrosion Control: Monitor fluid pH levels to protect tube integrity against chemical attack.
- Pressure Limits: Strictly adhere to rated pressure limits to avoid structural deformation.
- Replacement: Inspect seals and gaskets annually; replace if signs of leakage occur.