Application Range Of Dry Ice Cleaning Machine

Industrial range
Industrial molds
Tire molds, rubber molds, polyurethane molds, polyethylene molds, PET molds, foam molds, injection molds, alloy die-casting molds, hot core boxes for casting, cold core boxes, can remove excess resin, failed demolding layer, carbonized film agent, oil stains, open exhaust holes, and the molds are bright as new after cleaning.
Online cleaning, no need to cool down and disassemble the mold, avoids the corrosion and damage of chemical cleaning methods to the mold, mechanical damage and scratches to the mold by mechanical cleaning methods, and repeated loading and unloading leading to reduced mold precision. The key is that the two most time-consuming steps of disassembling the mold and waiting for the mold to cool down can be eliminated, which can reduce downtime by about 80%-95%.
Benefits of dry ice cleaning: Dry ice cleaning can reduce downtime; reduce equipment damage; extremely effectively clean high-temperature equipment; reduce or reduce the use of solvents; improve staff safety; improve maintenance efficiency; reduce production downtime, reduce costs, and improve production efficiency.
Petrochemical industry
Cleaning main fans, air compressors, smoke machines, steam turbines, blowers and other equipment, as well as various heating furnaces, reactors, etc. to remove coke and carbon. Cleaning polyvinyl chloride resin on heat exchangers; removing oil, rust, hydrocarbons and surface dirt on compressors, storage tanks, boilers and other pressure vessels; cleaning reactors and condensers; decontamination of complex bodies; cleaning furnace tubes, etc.
Printing industry
It is difficult to remove ink, and ink accumulation on gears and guide rails will lead to poor printing quality. Dry ice cleaning can remove various oil-based and water-based inks and varnishes, clean oil, ink accumulation and dyes on gears, guide rails and nozzles, avoid the discharge of hazardous waste and solutions, and personal injury caused by hazardous solvents.
Automobile industry
Cleaning door skins, roofs, carriages, and oil stains on the bottom of the car without water stains, will not cause water pollution; cleaning car carburetors and removing paint from car surfaces, etc.; removing engine carbon deposits. If you want to deal with carbon deposits, it takes a long time to use chemical agents, at least 48 hours, and the agents are harmful to the human body. Dry ice cleaning can completely solve the carbon deposition problem within 10 minutes, saving time and reducing costs, with a descaling rate of 100%.
Electronics industry
Cleaning robots, internal grease and dirt of automation equipment; removing integrated circuit boards, post-weld flux, contaminated coatings, resins, solvent coatings, protective layers, and photosensitive anti-corrosion agents on printed circuit boards.
Nuclear industry
If traditional cleaning methods such as water, sandblasting or chemical purifiers are used to clean nuclear industrial equipment, the media such as water, sandblasting or chemical purifiers are also contaminated by radioactive elements. It takes time and money to deal with these secondary contaminated media. When using dry ice cleaning technology, dry ice particles are directly sprayed onto the cleaned object and sublimated instantly. There is no problem of secondary pollution. Only the waste materials such as nuclear contaminated deposits that need to be treated are washed away.
General manufacturing industry
Cleaning oil stains, paints, inks, adhesives, carbon deposits, asphalt, surface rust, industrial fans, welding slag, electroplating coatings, etc.
Food and pharmaceuticals
It can successfully remove the residues, colloids and oil stains baked in the oven and the mixture of fresh products before baking. Effectively clean ovens, mixing equipment, conveyor belts, molded products, packaging equipment, oven racks, oven trays, containers, rollers, freezer inner walls, biscuit oven bars, etc.
Benefits of dry ice cleaning: Eliminate the use of harmful chemicals, avoid production equipment from contacting harmful chemicals and generating secondary waste; simulate or remove bacteria such as Salmonella and Listeria, and disinfect and clean more thoroughly; eliminate damage to electronic equipment caused by water jet cleaning; minimize equipment decomposition; reduce downtime.