2P25U3/60

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

2P25U3/60 is a kind of comprehensive heat exchanger, which is widely used in petrochemical, power plant, chemical, offshore and other fields. It can effectively reduce energy consumption and reduce environmental pollutants. This technology has already entered the field of application and is sought after by people from different industries.

The working principle of this device is based on highly efficient and advanced technology, namely the heat exchange between the cold and hot fluid streams. The device is basically composed of a heat exchange system, a fluid conveying mechanism and an insulation layer. The heat exchange system is used to transfer the heat coming from the hot fluid stream to the cold fluid stream. The fluid conveying mechanism is used to drive the fluid through the heat exchange system, while the insulation layer serves as a barrier to prevent heat loss.

In the operation process, the cold fluid stream is directed into the exchanger, and the hot fluid stream is diverted from the exchanger. Then the two fluid streams are pumped through the heat exchange system from opposite directions, with the heat generated by the hot fluid being transferred to the cold fluid. At this time, the cold fluid is cooled through heat exchange, and the hot and cold temperatures of the two fluid streams are exchanged. This cycle, also known as energy balance, can reduce the energy consumption of the system and make optimal use of the heat energy.

The 2P25U3/60 is an advanced heat exchange device, which can be broadly applied in different industries. When applied, it can effectively reduce energy consumption and reduce environmental pollution. This device can be adapted to a variety of industrial applications, and can efficiently transfer the heat produced by different mediums. It is the ideal choice for many industrial users.

The specific data is subject to PDF, and the above content is for reference