138 South Foster Street
Saukville, WI 53080
(262)-284-0000

 

LATEST BREAKTHROUGH IN HARDWOOD FLOORING PROTECTION

Introducing a Revolutionary New Technology "Instant Cure System"

Sandmasters Inc has been finishing wood floors for over 25 years and is excited about this new technology because of the many benefits it offers. This emerging technology gives the customer a product that is extremely durable, and has a soft, warm look that only hardwood floors can achieve.

The hardwood flooring industry continues to grow in popularity because the product is easy to clean, durable and attractive. Hardwood flooring must be maintained to preserve its luster. The traditional process uses solvent-based products that are harmful to the environment, smelly and take several days or weeks to completely cure. To achieve maximum hardness it can take 7-14 days using a catalyzed coating and up to 30 days for a non-catalyzed finish. If a floor is exposed to traffic before it's fully cured, scuffing, scratching and premature wear can occur requiring more maintenance and cost.

The "Instant Cure System" offers something that traditional finishes cannot. With the use of photo initiators and ultraviolet light a photochemical reaction cross links the molecules. This hardens the finish into a protective coating that is extremely durable and easy to clean. This process also can benefit those customers that are in need of a Recoat on their existing hardwood floors. The "Instant Cure System" simply cures the final coat of finish instantly.

Benefits from this new technology are:

  • Minimal or No Odor
  • "Green" 150 VOC - Federal/State compliant
  • The most durable water-base urethane product
  • 2-3 times more Scratch Resistance than traditional finishes
  • Immediate Heavy Traffic use
  • Immediate placement of furniture and carpets
  • No overnight accommodations needed due to curing times or odors
  • Great for high traffic residential homes
  • Recommended for retail stores, hospitals, gym floors, hotel lobbies and many other commercial areas