Integrated cold and hot water-cooled box type unit

Integrated cold and hot water-cooled box type unit

The integrated unit for temperature control, refrigeration and heating of reaction vessels includes explosion-proof reaction vessel temperature control, refrigeration and heating integrated units, air-cooled reaction vessel temperature control, refrigeration and heating integrated units, water-cooled reaction vessel temperature control, refrigeration and heating integrated units, screw reaction vessel temperature control, refrigeration and heating integrated units, etc. The integrated unit for temperature control, refrigeration and heating of reaction vessels is a unit that integrates heating and cooling, widely used in plastic, extrusion, injection molding, foaming machinery, pharmaceutical and chemical industries. It can quickly heat and cool the required temperature of equipment, and can control different temperatures of multiple surfaces. It can quickly circulate around the product forming process, greatly improving production efficiency.

Dynamic constant temperature control of cold and heat sources for high-pressure reactors, double-layer glass reactors, and microchannel reactors; Small constant temperature control system, steam saturation system temperature control, material low-temperature and high-temperature aging testing, combined chemical cold and heat source constant temperature control, semiconductor equipment cooling and heating, vacuum chamber cooling and heating constant temperature control.

There are two main types of integrated cold and hot machine series, namely air-cooled box type and water-cooled box type. The heat exchange medium can achieve heating and cooling in different ranges from+300 ℃ to -120 ℃, and can also achieve constant temperature in the range from+300 ℃ to -120 ℃. Heating and cooling capacities range from 1KW to 600KW, and the heat exchange medium is matched with different flow rates based on different operating conditions and energy output.

The product is fully produced in the factory, tested for various indicators, filled with refrigerant, and then powered on and debugged to ensure that all parameters are qualified before being approved for delivery.