ICEsonic dry ice blasting machines have a wide range of cleaning applications. They can be used to clean equipment without disassembly and without producing fire or electrical hazards. The EPA recommends dry ice blasting as an alternative to many types of solvent-based cleaning. ICEsonic dry ice blasting machines can clean numerous objects with differing and complex geometries.
ICEsonic dry ice blasting machines can be used in a multitude of ways in the many fascist of automotive construction. They include:
In addition to safely and effectively cleaning wiring, hosing and similar materials, ICEsonic dry ice blasting machines can reduce or remove the following contaminants from equipment:
ICEsonic dry ice blasting machines provide moistureless cleaning. Therefore, creating tremendous advantages when it comes to servicing electrical equipment, which include:
ICEsonic dry ice blasting machines are safe, non-toxic, and do not release any harmful gases or secondary waste into the environment. ICEsonic dry ice blasting machines can be used on the following:
ICEsonic dry ice blasting machines have been proven to clean at a molecular level; time and money can be saved in these pharmaceutical manufacturing applications:
ICEsonic dry ice blasting machines have been found to be extremely effective in the foundry industry. Some applications include:
ICEsonic dry ice blasting machines are extremely effective in cleaning valuable public and private monuments and other works. Some applications include:
ICEsonic dry ice blasting machines have a wide range of cleaning applications in the general maintenance industry. For example:
ICEsonic dry ice blasting machines have a wide range of cleaning applications in the mass transit industry. For example:
ICEsonic dry ice blasting machines have specific applications in the plastics industry that include the reduction or removal of:
ICEsonic dry ice blasting machines can reduce a full day's cleaning job down to an hour's time. It also provides a far more thorough cleaning then other traditional methods thereby increasing machine life for chains and gripper bars, fans and electric motors. Some applications include: