15t waste heat boiler The higher the heat transfer coefficient k of fin radiator, the better its heat dissipation performance. To increase the heat dissipation capacity of the radiator and the heat transfer coefficient of the fin radiator, we can increase the heat dissipation area of the outer wall, increase the air flow speed around the fin radiator, and increase the radiation intensity of the radiator.

In terms of economic requirements, the less metal consumption per unit heat transferred to the room by the fin radiator, the lower the cost, and the better the economy. The metal heat intensity of finned radiator is a sign to measure the economy of radiator. The metal heat intensity refers to the difference between the average temperature of the heat medium in the radiator and the indoor air temperature of 1 ℃. Heat dissipated per kilogram of radiator per unit time. This indicator can be used as an indicator to measure the economy of radiators made of the same material. For finned radiators of various materials, the economic evaluation standard should be measured by the cost of unit heat dissipation of the radiator.

15t waste heat boiler Requirements for installation, use and technology Finned radiators shall have mechanical strength and pressure bearing capacity; The structural form shall be easy to assemble into the required heat dissipation area. The structural size shall be small and occupy less room area and space. The production process of fin radiator shall meet the requirements of mass production. Requirements for sanitation and aesthetics: the appearance shall be smooth, free of dust and easy to clean, and the installation of fin radiator shall not affect the appearance of the room. As required by the service life, the fin type radiator shall not be easy to be corroded and damaged, the waste heat shall be recovered, and the service life shall be long.