DRY ICE BLASTING VIDEOS
Here is a non-exhaustive list of sectors and applications cryogenic cleaningachievable with Cryoblaster® equipment.
The list below is updated regularly. Visit this section each week to discover new applications.
Dry ice blasting applications in videos
Discover a series of videos illustrating the various applications of dry ice blasting across different industrial sectors.
Compressed Air
Food and Beverage
- Cleaning of Hot-Melt adhesive (hot-melt) on various surfaces
- Cleaning of air conveyor
- Stripping of burnt grease
- Cleaning of auger screw
- Cleaning of food processing walkway
- Cleaning of baking griddles
- Cleaning of bakery hopper buckets
- Dry ice blasting of bread slicer motor
- Motor cleaning with tartar
- Dry ice blasting food and beverage packaging machine
- Dry ice blasting tartar
Disaster Recovery
- Article and videos: post-disaster cleaning
- Post-fire cleaning
- Fire soot removal
- Clean room restoration
Automobiles
- Dry ice blasting of Porsche 944 Turbo 1986
- Dry ice blasting of engine BMW 2.40i
- Dry ice blasting of aluminum wheels Mercedes
- Dry ice blasting of wheels et engine cover
- Dry ice blasting of Renault Scenic 1999 gasoline car engine
- Dry ice blasting of C4 Picasso car seats
- Dry ice blasting of BMW Z3 car chassis
- Dry ice blasting of classic vehicles: 1935 Rolls Royce
Article : Dry ice blasting on automobiles
Buildings and Facades
Bitumen and Coal Tar
Degreasing
- Fuel tank degreasing
- Metallurgy saw degreasing
- Industrial machine tool degreasing
- Escalator cleaning
- Travelator cleaning
- Pneumatic compressor degreasing
- Laundry washing machine degreasing
- Degreasing industrial by dry ice blasting
- Dry ice blasting on machine tools
- Degreasing and paint removal by dry ice blasting
- Dry ice blasting of glassware: cylinder degreasing
Electrical
- Electrical cabinet cleaning after fire disaster
- Electrical cabinet cleaning when de-energized
- Generator cleaning
- Electrical cabinet degreasing
- Electrical cabinet cleaning in food and beverage
- Cleaning main distribution board room post-disaster fire
- Cleaning electrical cabinet covered with adhesive residue
- Cleaning electrical cabinet en exterior
Electronics
Packaging
- Varnish stripping and retouching
- Latex residue from electropneumatic components
- Plastic residue cleaning
- Dry ice blasting of latex
- Dry ice blasting latex: clamps
- Industrial varnish dry ice blasting
- Dry ice blasting of vacuum metallization process
- Dry ice blasting of vacuum oven
- Dry ice blasting of vacuum oven : iris phenomenon
- Cleaning of ionizing bar antistatic
Heavy Construction
Industrial Maintenance
- General and industrial maintenance
- Electric motor cleaning
- Electric motor silicone cleaning
- Chemical anchoring tool cleaning
- Hydraulic group valve degreasing
- Industrial oven cleaning
- Dry ice blasting of electropneumatic cabinet
- Forklift maintenance by dry ice blasting
- Dry ice blasting on staircase (hot-melt adhesive)
- Dry ice blasting of ventilation grille covered with hot-melt adhesive
- Tire mold cleaning
- Dry ice stripping silicon
- Camshaft cleaning
- Dry ice stripping PTFE (Teflon)
- Dry ice blasting of dry ink
Metals and Industrial Tools
- Dry ice blasting of metal surface treatment tools
- Rust stripping from cast iron
Monuments
Paper Manufacturing
Plastics Manufacturing
Epoxy Resins
Dry Ice Blasting Cleaning
What are some of the advantages of dry ice blasting in your application?
Le cryogenic cleaning is a method non-toxic and environmentally friendly to remove layer and dust from various surfaces. It is also effective for reducing production downtime and minimizing secondary waste. This is particularly advantageous for industries where it is necessary to maintain quality et hygiene of products.
Le cryogenic cleaning is a non-abrasive process that can be safely used on virtually all surfaces. It offers superior cleanliness and can eliminate months of buildup. As a result, it is suitable for electrical and mechanical devices, as well as food processing equipment.
Compared to abrasive blasting, dry ice blasting does not produce fine particles, dust or smoke. Therefore, it is ideal for delicate surfaces that cannot withstand abrasive blasting.
La Carbon dioxide ice can clean hard-to-reach surfaces, such as between crevices and between large metal parts. Moreover, it is a fast et effective method for removing stubborn sticky buildup. Additionally, it allows for more frequent cleaning, and thus a longer equipment lifespan.
Three factors influence the effectiveness of the dry ice blasting procedure:
1- the thermal conductivity of the contaminant*,
2- the blasting power (pressure and volume) that impartskinetic energy to the dry ice. This creates shearing of the contamination.
3- the sublimation or transition of the ice from solid to gaseous state which, with the help of compressed air, literally blows away the contamination.
*: For example, if the contaminant has high thermal conductivity, the process efficiency will be reduced. On the other hand, if the contaminant has low thermal conductivity, efficiency will be increased.
Some applications of dry ice blasting in detail
Some applications of dry ice blasting in detail
In theaerospace industry, dry ice blasting is used to remove impurities and fuel residues from aircraft engine components, which improves engine performance and extends their lifespan. In the defense industry, it is used to clean weapons and sensitive equipment, allowing them to remain in proper working condition.
In theautomotive industry, dry ice blasting is used to remove grease residues andoil from mechanical parts, thereby improving performance and vehicle lifespan. It is also used to clean tools and manufacturing equipment used in car production.
In theenergy industry, dry ice blasting is used to clean energy production equipment, such as gas turbines and wind turbines, which improves their energy efficiency. It is similarly used to clean equipment used in extraction and refining of raw materials.
In medicine, dry ice blasting is used to clean medical equipment, which helps reduce infection risks and improve care quality. Dry ice blasting is also used in scientific research to clean sensitive scientific equipment and instruments, such as measuring instruments and research cells. It reduces contaminants and impurities, which improves the accuracy of research results.
In summary, dry ice blasting is a versatile process that effectively cleans surfaces on many types of equipment and instruments, thereby improvingthe performance, or lifespan and accuracy of results across the various industries and fields where it is used.
