Kerosene vapor phase drying equipment

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The advantages of Kerosene Vapor Phase Drying Plant:

1. Uniform temperature of dryer body

Due to the use of kerosene steam condensation when the heat released for heating, the lower the temperature of the place more intense condensation, that is, the greater the heat, so the body temperature uniform.

2. High heating temperature

Kerosene Vapor Phase in the Drying process, the body has been in a vacuum state, the insulation aging is very slow. Compared with the hot air cycle vacuum drying, the heating temperature can be increased by about 30℃ to about 130℃.

3. Quick drying

The body is always in a vacuum state, and the water discharge process runs through the whole drying cycle. At the same time, as the body temperature increases, the diffusion coefficient of water in the insulation material increases, so the drying period is shortened.

4. It can clean the body

After the kerosene vapor condenses into liquid, it can clean the inside and outside of the machine body, which has a unique advantage in dealing with the reworking transformer.

My company Kerosene Vapor Phase Drying technical characteristics:

1. Waterfall evaporator

Waterfall evaporator system is Kerosene Vapor Phase Drying of the application of new technology, using dry pot built-in. The main features are: simple structure. Reliable use. Because in the drying tank vaporized kerosene, kerosene pipeline transport is kerosene liquid, compensation tank only need to store 5% of the design quantity of kerosene can, the safety is greatly improved. At the same time, kerosene continuous distillation purification with transformer oil can be carried out automatically.

2. Reliable terminal judgment

For the end point judgment, we consider that the imported water vapor partial pressure measuring instrument is expensive and increases the burden of the user, while the performance of the domestic micro-water measuring instrument is unstable. We use the comparison method to determine the end point, which is carried out automatically by the operating procedure at the end of the drying period. This method is successful and accurate and reliable.