What carpet cleaning method a custodian uses is very important to keeping their carpets clean and properly maintained.
Many custodial employees use a process that effect both the appearance and longevity of the carpet. Using the wrong carpet cleaning process can cause high ph and re-soiling, while over-saturating the carpet can causes potential mold spores and odors.
Many times they use carpet cleaning traffic cleaners that were really strong and that could remove any stain. But when we spray these carpets with chemicals, we tend to see the carpets getting dirty even more quickly in just a couple of months.
In addition to cleaning with these chemicals were custodians who cleaned at a very fast pace not completely rinsing and dry stroking to ensure all the chemicals used were properly and thoroughly extracted.
“When you use see your carpets getting dirtier much quicker thats an indication that the carpets still have chemicals in the fibers and were not properly cleaned.
When it comes to professional carpet cleaning the custodians need to make sure that the chemicals are removed thoroughly from the carpet after is cleaned. They need to rinse and recover as much water as possible from the carpet and avoid over-saturating it — a mistake that often occurs when a custodian is not properly trained and certified too clean carpets,
If your carpets take longer than six hours to dry then your going to have problems in the near future. Anything longer than 12 hours and you run the risk of mold spores growing.
If you need professional carpet cleaning for your commercial carpets, don't just leave it to the building custodian. Call a professional carpet cleaning company like TLC Carpet Care in Castle Rock. TLC Carpet Care knows just what carpet cleaning process your carpets require and the chemical products recommended by the carpet manufactures.
If you would like to know more about what carpet cleaning process do custodians use in Castle Rock visit us at ticcarpetcare.net or call us at 720-314-0178 / Carpet Cleaners Castle Rock Co
