What are the benefits of dry ice cleaning

The advantages of dry ice cleaning are that dry ice cleaning can reduce downtime; reduce equipment damage; extremely effective cleaning of high-temperature equipment; reduce or reduce the use of solvents; improve worker safety; improve maintenance efficiency; reduce production downtime, reduce costs, increase production efficiency, the specific comparison is as follows:

Dry ice cleaning is widely used to quickly clean oil stains, paints, inks, adhesives, carbon deposits, asphalt, scale, rust, mold release layers, polyvinyl chloride resin, etc., and it can be used for small holes, uneven surfaces, and corners. Contact cleaning.

Economical and efficient cleaning is fast and has the best effect, which improves production efficiency and product quality. It can be directly cleaned online without stopping the work and increasing productivity; it does not damage the surface of the object to be cleaned and prolongs the life of the object being cleaned; online cleaning also avoids disassembly Accidental damage during cleaning of the object; no residue, avoiding environmental pollution caused by other cleaning processes and the cost of processing pollution.

Widely used to quickly clean oil stains, paints, inks, adhesives, carbon deposits, asphalt, scale, rust, a mold release layer, polyvinyl chloride resin, etc., non-contact cleaning of small holes, uneven surfaces, and corners, etc.

Economical and efficient cleaning is fast and has the best effect, which improves production efficiency and product quality. It can be directly cleaned online without stopping the work and increasing productivity; it does not damage the surface of the object to be cleaned and prolongs the life of the object being cleaned; online cleaning also avoids disassembly Accidental damage during cleaning of the object; no residue, avoiding environmental pollution caused by other cleaning processes and the cost of processing pollution.

Safe and environmentally friendly CO2 is non-toxic, meeting the safety and environmental protection requirements of USDA, FDA, EPA; no secondary pollution during cleaning; complying with relevant laws and regulations of cleaner production in China; replacing toxic chemicals to clean, fundamentally avoiding harm to the human body; operating safety High sex; low-temperature sterilization in food and pharmaceutical industries.

Safe and environmentally friendly CO2 is non-toxic, meeting the safety and environmental protection requirements of USDA, FDA, EPA; no secondary pollution during cleaning; complying with relevant laws and regulations of cleaner production in China; replacing toxic chemicals to clean, fundamentally avoiding harm to the human body; operating safety High sex; low-temperature sterilization in food and pharmaceutical industries.

Easy operation using on-site compressed air, convenient and practical; simple operation, cleaning with dry ice is different from sandblasting, we all know the fact that similar to steel blasting, plastic sandblasting and soda blasting, dry ice spray medium-dry ice particles in high-pressure airflow Accelerate and impact the surface to be cleaned. The rapid exchange of heat between dry ice particles and the cleaned surface causes the solid dry ice to rapidly sublimate into a gas. The dry ice particles expand by nearly 800 times in volume within a few thousandths of a second, thus causing a "micro explosion" at the point of impact. I don't know how many times this paragraph is used, it is a conceptual thing that describes carbon dioxide cleaning.

Because there is no abrasion, dry ice cleaning can be widely used for cleaning various materials. Low temperature makes dry ice cleaning have unique thermodynamic properties and affects the mechanical properties of adhered dirt. Thermal shock occurs due to the temperature difference between the dry ice particles and the cleaning surface. Reduced material temperature and increased brittleness Dry ice particles can crush the fouling layer. The temperature difference between two different materials with different thermal expansion coefficients will destroy the bonding between the two materials. Even if the surface is directly impacted at a very high speed, the kinetic energy impact of dry ice is very small compared to sand.

Because dry ice is not hard and vaporizes at the moment of impact, the jet speed Mach value is usually between 1.7 and 3.0, depending on the design and air pressure. Therefore, dry ice cleaning can be widely used for cleaning various materials. The cleaning of this piece of content has been pretty good recently. In short, be sure to remove this fake idiot, and from the cleaning of the industry, use solid dry ice to fill the shameless villain's belly and let it try to Take a look at the benefits of dry ice cleaning the large intestine, defeat it completely, and leave it nowhere to hide.

Discontinued, cooled, and reassembled equipment during traditional cleaning;

Dry ice cleaning can be used to clean the place where the naked eye can not see the traditional cleaning. Production can be resumed immediately after cleaning without disassembly and cooling and can be cleaned online. Pollution Problems The traditional cleaning materials will form secondary pollutants;

Dry ice cleaning has no secondary pollution, and dry ice sublimates from the contact surface. The traditional cleaning, sanding, and soaking methods are time-consuming and labor-intensive;

Dry ice cleaning is a quarter of the time or faster than traditional cleaning. Hazard to equipment Traditional cleaning will wear and pollute the area being cleaned;

Dry ice cleaning is harmless and environmentally friendly. Safe traditional cleaning is harmful to the environment and human body, and cannot be used in a live environment;

Dry ice cleaning is a standard safety precaution and can be used in a charged environment. Expenses Traditional cleaning will add additional cleaning product costs and secondary processing costs; dry ice cleaning requires only a small amount of dry ice costs.