Power of Carbonation

A&A Chem-Dry Carpet Cleaning Power of Carbonation

The Carbonating Secret Revealed

When researching a high quality carpet cleaner, keep in mind that not all providers of carpet cleaning extraction services are created alike. There are various key factors that differentiatean exceptional carpet cleaning process that delivers a healthier cleaning for your personal carpets and home from one that drenches your carpets with gallons of water and rough cleaners. These components describe why A&A Chem-Dry Carpet Cleaning's one of a kind hot carbonating extraction system offers a deeper, faster drying, healthier carpet cleaning experience than conventional steam cleaning products and services.

Standard steam cleaning saturates your carpet by using an excessive amount of water filled with soaps and detergents.Which then results in wet carpets for 1-2 days, which produces a breeding ground for mold,mildew and bacteria.Together with soapy residue left behind attracts dirt leading to your carpets to get dirty much more quickly.

A&A Chem-Dry Carpet Cleaning process takes a different approach. Preferably instead of soaking your carpets with water, our process employs an wonderful number of microscopic bubbles to explode dirt from deep in your carpet fibers, thenwe simply need to usea portion of the water that typical steam cleaning uses, almost 80% less actually. Following the carbonation releases and lifts the dirt, our powerful equipment extracts the dirt and moisture from the carpet.

Power of Carbonation

So while other steam cleaners use significantvolumes of water that frequently soaks through to the carpet backing and producesan atmosphere for mold and mildew, Chem-Dry's low-moisture process doesn't carry the identical risk while offeringa more secureand even more conventient carpet cleaning solution. Another benefactor is that your carpets dry within a few hours, not 1-2 days just as in typical steam cleaning services, plus your carpet stays cleaner longer while there is no soapy residue left out.