Pure Ice
Why choose us
Prevent mold and slime buildup on your ice machines. PURADIGM has been proven to prevent mold and slime buildup in and around machines, eradicating the need for hundreds of maintenance hours each year. Provide your customers with the purest, best tasting, and healthiest ice available with PURADIGM purification.
Tested by leading hospitals and universities
PURADIGM®
Difference
Why is Puradigm Better Than Other Technologies?
Ionization
The distribution of our unique charged particles emitted from our patented technology attacks pathogens at their source in both air and on surfaces. PURADIGM® is faster and more effective than other technologies at creating safely purified indoor spaces, helping to keep people happier and healthier.
Safety
PURADIGM®’s patented technology replicates nature’s purification process. Kansas State University has tested PURADIGM® for any harmful byproducts and demonstrated the technology poses no risk to people, plants or animals. PURADIGM® is registered with the EPA meets all NIOSH, OSHA, and EPA safety guidelines. PURADIGM® is a certified organic purification process.
Scalability
The use of our unique charged particle emitting technology can have a dramatic impact on the safety of our indoor spaces and how we keep people healthy and happy. PURADIGM® is more effective and faster at reducing harmful pathogens both in the air and on surfaces.
Continuous Protection
The key difference between these methods is that the PURADIGM® method works safely while people are present. The traditional method does not. This allows PURADIGM® to work continuously to create a shield-like effect with charged particles that start eradicating pathogens the moment they are introduced to the protected space.
Particles Flowing Out Of The Unit
The use of our unique charged particle emitting technology can have a dramatic impact on the safety of our indoor spaces and how we keep people healthy and happy. PURADIGM® is more effective and faster at reducing harmful pathogens both in the air and on surfaces.
