Specification
Commodity | Coiled Tube Heat Exchanger |
Type of Tube Plate Heat Exchanger | Double Tube Plate Heat Exchanger |
Single Tube Plate Heat Exchanger |
Material Contact Parts | SS304(1.4301)/SS316L (1.4404),SS2205, SS2507 | Provided with material inspection report |
Material Non-contact Parts | SS304(1.4301) |
Sealing Material | EPDM,Silicone. All material comply with FDA21CFR117.2600 |
Flow | 30-32000L |
Heat Transfer Area | 0.05m², 1.0m², 1.5m², 2.0m², 2.5m², 3.0m² |
Tube Size | 6mm, 8mm, 10mm, 12mm, 14mm, 16mm, 19mm ,25mm etc |
Heat Transfer Coefficient | Water - Water : 1100~1400W/（m2 ℃) |
Water -Steam : 2300~5700W/（m2 ℃) |
Connection | Union, Internal Thread, Tri-clamp, Flange |
Max. Pressure | 10bar (145psi) |
Workingl Pressure | 0-6bar (0-87psi) |
Design Temperature | 14 ~ 392°F (-10ºC~+200 ℃) |
Internal Surface Finish | Ra<0.5μm |
Installed Position | Vertical, Horizontal |
Working Principle
The material flows inside tube, the cold and hot medium flows inside shell, and the material and the cold and hot medium carry on the high efficiency heat exchange through the compact arrangement tube bundle to meet the technological temperature requirement.
Because the heat exchanger adopts the double tube plate /Shell & Tube design, the bidirectional cross-contamination between the material and the cold and hot medium is completely eliminated.
Application
Fixed tube plate heat exchanger is an energy-saving equipment that achieves heat transfer between materials. It is a widely used process equipment in industries such as petroleum, chemical, petrochemical, metallurgy, power, light industry, and food. Heat exchangers account for about 40% of the total equipment quantity and 30% -45% of the total investment in refining and chemical plants. With the development of energy-saving technology and the continuous expansion of application fields, the use of heat exchangers for high-temperature and low-temperature heat energy recovery has brought significant economic benefits.
Structural Principles
In the tube side and shell side of a fixed tube sheet heat exchanger, fluids at different temperatures flow through and heat exchange is completed. When the temperature difference between the two fluids is large, a compensation ring (expansion joint) is usually added at an appropriate position on the shell side to avoid high temperature difference stress. When the thermal expansion of the shell and tube bundle is different, the compensation ring undergoes slow elastic deformation to compensate for the thermal expansion caused by temperature difference stress.
Advantages & Feature
1. Less use of forgings, low cost
2. Simple design, easy to maintain
3. No internal leakage;
4. Suitable for higher pressures and temperatures
5. Lower Pressure Drop
6. Easy to find Leaks
7. Less Prone to Fouling
How to order?
1.What's flow for purified water?
2.What's purity water’s inlet and outlet tempeture?
3.What's heating steam inlet and outlet tempeture?
4.What's flow for heating steam?
5.What's heating steam pressure?
6.What's connection type and size?
