Freezer LJSGF01

Main feature

• It is used for storing the gun when manual silicone extruder machine glue gun stop work during the process of gluing insulating glass
• Storing at low temperature,to prevent sealant solidify
• Apply to polysulfide and silicone
• Can be effectively reduced waste when cleaning the glue

Technical data

Application

 
The LJLX01 freezer is used for short-term cooling and heating of the spreading gun of the sealant spreader without cleaning and cleaning the spreading gun. The use of this machine can reduce the waste of sealant for cleaning guns, reduce production costs, and greatly improve work efficiency.
The LJLX01 freezer is one of the auxiliary equipment for the production of insulating glass by the sealant spreader. It has the following characteristics: small footprint, easy movement, high reliability, and easy maintenance.
 

 
 

Parameter

 
 
The Freezer adopts the most advanced America Refrigerating system, the core component (scroll compressor) of which is with the features of high efficiency, low noise, high reliability, and so on. The operator can adjust the work parameter at any time, and the temperature status of cold and hot barrel is showed clear on the screen.
 
Structural Feature and Function
The LJLX01 Freezer is comprised of stander, refrigerating unit, refrigerating barrel, heating barrel, electric control system and so on.
 
The refrigerating of antifreeze is completed by the combination of refrigerating unit and refrigerating barrel.
There is a commercial so called refrigerant in the storage tank of compressor unit, it is colorless gas in normal temperature, but under the pressure of itself, it is colorless liquid. The compressor compresses the refrigerant with high pressure when it is in gas status, then; it comes through the condenser and releases heat by means of cooling fin, at last, condensed to liquid status. Due to the liquid refrigerant losses the pressure from condenser after it passes through the capacity tube, it becomes gaseous immediately when it comes through the evaporator on the outside of refrigerating barrel. As liquid will lower temperature when it becomes gaseous, at the same time, absorbs the latent heat from the anti-freeze in the barrel, thereby, low the refrigerant’s temperature. Then, the gaseous refrigerant in the evaporator will be forced back to condenser by compressor and becomes liquid. This cycle repeats again and again to take away the heat of anti-freeze.