Evaporator for Blast Freezer

Evaporator for Blast Freezer

Blast Freezer Evaporators are specialized evaporator units used in blast freezing applications. They are designed to rapidly freeze food products, ensuring quick and efficient freezing to preserve freshness, and quality, and extend shelf life. Our blast Freezer Evaporators are available in various configurations, such as ceiling-mounted or floor-mounted units, to suit different space requirements. Blast Freezer Evaporators are typically equipped with powerful fans and large surface area coils to facilitate rapid heat transfer.

Product Feature:

Environmentally Friendly

Certified Products

Energy Saving

Does not contain carcinogenic material

Can be used in the health and food sector

Principle of Operation:

Refrigerant circulation:

The evaporator of a rush freezer is cooled by refrigerant circulation.

The refrigerant flows from the compressor into the evaporator and enters the evaporator pipe.

When the refrigerant enters the evaporator, it absorbs heat from the surface of the object, which causes the temperature of the object to drop rapidly.

Heat Absorption:

The evaporator tubes and fins are exposed to the air surrounding the object to be cooled.

These components absorb heat from the surface of the object by means of heat transfer.

The absorbed heat causes the refrigerant to change from a liquid to a gaseous state, which causes the surface temperature of the object to drop rapidly.

Rapid Freezing:

The evaporator of a rapid freezer is designed for fast freezing.

Through efficient heat transfer and refrigerant circulation, the temperature of the object can be rapidly reduced to the desired temperature in a very short period of time.

The cycle is repeated:

After the refrigerant has completed its heat absorption in the evaporator, it is compressed again by the compressor into a liquid state.

This process repeats itself, continuously keeping the object in a low temperature state, achieving rapid freezing and long-term preservation of freshness.