Thermaline's proprietary corrugation process is used to impress a heat transfer pattern the entire length of each tube creating an efficient heat exchanger. The corrugation depth and pitch can be altered according to the necessity of each process.
These are corrugated tube heat exchanger formed by two concentric tubes. The fluid to be treated is normally passed through the corrugated inner tube and the service fluid, providing the source of cooling or heating, passes through the annuals formed by the two tubes.
Corrugated Tube Heat Exchangers SACOMESep 10, 2017 · SACOME has its own corrugation technology for the manufacturing of our corrugated tube heat exchangers. A corrugated tube is a pipe with a helical groove obtained from a plain tube by cold forming. The number of starts of the helix can be changed as well as the angle to optimize the heat transfer and performance.
May 12, 2020 · Because a corrugated tube has an increased heat transfer rate the heat exchanger can be made smaller. Depending on the application, a corrugated tube heat exchanger can be up to half the size of its smooth tube equivalent. Easier maintenance and cleaning:
Spiral or corrugated tube heat exchangers which is best Nov 05, 2019 · In many situations, we believe that a corrugated tube heat exchanger is the best solution for challenging materials such as sludge. However, in the most extreme cases with a very high fouling risk, it will be necessary to use a scraped-surface heat exchanger.
Corrugated Tube Heat Exchangers The innovative design allows the tubes to freely expand and contract independently which diminishes material fatigue and failure. Thermalines Floating Series completely eliminates failure-prone expansion bellows and rigid welds on all models.
Ultra-Corrugated Triple-Tube Heat Exchangers Advanced Triple tube heat exchangers are ideal for viscous product processing or for direct regeneration heat recovery. Because of the unique nature of the units with media located both on the exterior and interior, and with the product running through a corrugated channel,
h 1 and h 2 are the partial heat transfer coefficients, W/m².°K.; R w is the thermal resistance of the wall, m².°K/W.; R f1 and R f2 are the fouling factors, m².°K/W.; While the values for R f are usually specified by the client, the values of h and R w can be influenced directly by the designer by the choice of tube size and thickness and the materials of construction.
corrugated tube heat exchangers, corrugated tube heat Aluminum or steel corrugated fin tube Application It is widely used for Heat exchanger ,Air-conditioner ,Refrigerator,Economizer and other parts of Heat Industry. Material of base pipe Carbon steel,Alloy steel, Aluminium or Stainless Material of fins Carbon steel,Alloy steel,Aluminium or Stainless Type of base pipe Seamlesss,Welded Type of fins G ,L extruded.
Sanitary corrugated floating triple-tube heat exchanger. Three concentric tubes of varying size are positioned so the media flows inside and outside of a product zone. Ideal for higher viscosity fluids with medium to small particulates and fluids with large viscosity changes.
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