Chem-Dry Carpet Cleaning vs. Steam Carpet Cleaners

Chem-Dry of Madison Carpet Cleaning vs. Mount Horeb Steam Carpet Cleaners

A Difference You Can Feel

The experts in carpet cleaning at Chem-Dry of Madison in Mount Horeb, WI will start their exclusive cleaning process by using their one-of-a-kind Carbonating Cleaner at a low pressure. This patented, non-toxic cleaning solution uses millions of tiny carbonating bubbles to safely release the dirt and grime from your carpets. As the tiny bubbles invigorate the carpet fibers, soil and stains are pulled to the surface and swiftly vacuumed away. Chem-Dry of Madison only uses a minimal amount of moisture, so your carpets are fully dry and ready for you and your family to enjoy in as little as 1 to 2 hours.

On the other hand, steam cleaners tend to drench your carpets with enormous amounts of sudsy water and harsh cleaners before even attempting to suck it all back out. Your carpets get clean, but will not stay that way for long. The layer of soapy residue left behind will attract more stains and will cause your carpets to get dirty again much more quickly than before. Worst of all, steam cleaning can leave behind excessive amounts of moisture at the base of your carpets, requiring more drying time and also creating a hazardous breeding ground for harmful mold and bacteria.

Chem-Dry’s carpet cleaning system is simply a healthier and more thorough way to clean your carpets than using a steam cleaner, giving you an overall more complete¬†carpet cleaning experience.

The Details Matter – See the Difference Between Chem-Dry and Steam Cleaners

Power Head Chem-Dry (Hot Carbonation)

  • Safe cleaning power of carbonation
  • Dries in hours not days
  • Neutral pH cleaner
  • Keeps carpets cleaner for longer
  • Green Certified cleaning solution
  • Less liquid applied at a lower pressure

Steam Head Steam Cleaners (Hot Water Extraction)

  • Strong chemical cleaners
  • Longer drying time
  • High pH cleaners
  • Promotes stain recurrence
  • No Green certification
  • Too much liquid applied at extreme pressure