Detailed Machine Cleaning
General Maintenance. Cleaning of Conveyors.

Cryogenic blasting (dry ice technology) makes it possible to clean most of the industrial equipment, machinery, machine tools, vulcanization presses, and the assembly line equipment without damaging them. The use of this technology reduces the time spent cleaning, allowing the subsequent operations for the running of the  equipment. 
The number of options used for cryogenic blasting is huge. With the help of dry ice cleaning, cleaning can be conducted on site, or even directly during the operations of the equipment. Cryogenic blasting allows you to reduce the amount of downtime, thus increasing the productivity time of any of the production processes. In fact, no other jet processing system provides such a type of profitability. 
This method is most effective when cleaning conveyors, various types of conveyor components and conveyor belt feeds. In addition, cryogenic blasting allows cleaning of hydraulic power plants, powerful electrical equipment, and distribution equipment. This technology is also used to remove glue, its adhesive ability weakens in response to lowered temperatures. Traditional abrasive cleaning methods most often lead to the release of heat, and therefore are ineffective in such cleaning situations. 
Removal and disposal of hazardous waste must be taken into account when carrying out cleaning in any industry. When using cryogenic blasting, the cleaning material (dry ice) is sublimated. As a result, the volume of hazardous materials does not increase, meaning there is no corresponding disposal cost. This result makes dry ice treatment the prefered method of eliminating radioactive contamination. The traditional method of cleaning radioactive objects uses sand, which itself becomes radioactive, therefore, significantly increases disposal costs.

Electrical Equipment

Cryogenic blasting allows you to comply with the requirements for the continual use and operational efficiency of electrical equipment. Dry ice jets have a specific design that allow for the most optimal cleaning of rotating and stationary electrical equipment within a minimum period of time. 

Due to the increased demand of electrical equipment, the operation of some equipment, for example, the switchgears on concrete cushions and electrical substations undergo preventative maintenance without operation interruption. Neglecting preventative maintenance leads to reduced productivity and unplanned downtime due to surface breakdowns. The cleaning of various types of electrical devices and restoring their performance without disconnecting them from the network was made possible by the development of dry ice treatment cleaning. By creating a radial feed, the electrical equipment is allowed to continue its operation without interruption.