1. High efficiency and energy saving: The heat transfer coefficient is 6000-8000 W/m².°C.
2. Made entirely of stainless steel, with a long service life of over 20 years.
3. Converts laminar flow to turbulent flow, improving heat exchange efficiency and reducing thermal resistance.
4. Fast heat exchange speed, resistant to high temperatures (400°C) and high pressures (2.5 MPa).
5. Compact structure, small footprint, lightweight, easy installation, and savings in civil engineering investment.
6. Flexible design, complete specifications, highly practical and cost-effective.
7. Wide range of applications, suitable for a wide range of pressures and temperatures and various media heat exchange.
8. Low maintenance costs, easy operation, long descaling cycle, and convenient cleaning.
9. Employs nano-thermal film technology, significantly increasing the heat transfer coefficient.
10. Wide range of applications, widely used in thermal power, mining, petrochemical, urban district heating, food and pharmaceutical, energy electronics, machinery and light industry, etc. 11. The heat transfer tubes are made of copper tubes with rolled fins on the outer surface, offering high thermal conductivity and a large heat exchange area.
12. Baffles guide the shell-side fluid in a zigzag continuous flow within the heat exchanger. The spacing between the baffles can be adjusted according to the optimal flow rate. The robust structure can meet the heat exchange requirements of large or even ultra-large flow rates and high pulsation frequencies of shell-side fluids.
13. When the shell-side fluid is oil, it is suitable for heat exchange of low-viscosity and relatively clean oils.