How does CRYONOMIC® Equipment accomplish cleaning? How does CRYONOMIC® Equipment compare with grit blasting? In what kind of applications has CRYONOMIC® Equipment proven to be most effective? Can CRYONOMIC® Equipment handle channels and tubes? What kinds of applications are not as effective for CRYONOMIC® Equipment? Does dry ice blasting cool the base material? Is this desirable? Will it damage the base material? Since there is no grit entrapment to worry about with CO2 pellets, can I clean my tooling in the machine without disassembly? What if the tooling is hot? How are the dry ice pellets made? How is CRYONOMIC® Equipment different from competitors? To take advantage of the full range CRYONOMIC® Equipment capabilities, what kind of air system do I need? Can I use my shop air for operating the system? I know blasting is noisy. What is the actual noise level? Is a dedicated cleaning room recommended for indoor operations? Is special clothing and equipment recommended for the CRYONOMIC® Equipment operator? Does CO2 pose a safety hazard? What is the effect on the atmosphere of releasing the CO2 gas?	13.  Is a dedicated cleaning room recommended for indoor operations? Yes. Where the applications involve indoor materials or products, it is often best to clean in a room with adequate air ventilation that can contain the loose contaminant and also isolate the noise of blasting. Information Request Form	Equipment Applications: Removal & Cleaning Metal Finishing Product Cleaning Production Maintenance   Frequently Asked Questions: How does it clean? Is it safe? How does it compare? Email us with questions   Specific Safety Rules: Effects on Humans Safety Requirements Does CO2 pose a hazard?       Cleaning Information: Introduction & Description The CO2 Pellet System Cleaning Action of CO2
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