The Maximum Pressure Capacity Of The Immersed Heat Exchanger Is 0.6MPa

Immersed heat exchanger is a device widely used in industrial heat exchange processes. It is designed to
The ingenuity lies in how to improve the heat exchange efficiency while ensuring a compact and economical structure. When designing,
After precise calculations and simulations, engineers arranged the heat exchange tubes into neat shapes according to specific geometric patterns.
array. To ensure that each heat exchange tube can evenly contact the fluid and effectively conduct heat exchange.
In the heat exchange tube bundle structure, each heat exchange tube is carefully arranged and maintained at appropriate spacing. this
This kind of spacing not only helps the fluid flow between the tubes, but also helps to form a stable temperature field and flow
field, thereby improving the overall heat transfer efficiency. In addition, a layout with enough clearance allows for easier maintenance and
Cleaning, when the heat exchanger has been running for a period of time, sediment or dirt may adhere to the tube wall.
A small amount of space can make cleaning a lot easier.

Product features
1. Simple design and low cost make production, installation, cleaning and maintenance very convenient.
2. The material selection is flexible. The heat exchange tube can be made of resistant materials such as PP, PE or fluorine plastic according to the working temperature requirements.
corrode material.
3. The equipment can withstand high pressure, up to 0.6MPa;
4. Easy to operate, easy for daily maintenance and repair;
5. It can be applied to the cooling process of fluids that are prone to crystallization at low temperatures and may block the heat exchanger.
Procedure.
6. For flammable organic chemical products, high safety guarantee can be provided during the condensation and cooling process.
barrier