Guides

Our color guides showcase our solid colors, flakes, metallics and more. Choose from our standard colors or create your own with our unlimited color options.

This Data Is Based On The Application Of Listed Materials To The Top Surface Of The Flooring

Sika Flooring's library is filled with educational pieces told by our experts. Whether it is about a floor installation, guides on selecting a floor in a food & beverage or healthcare environment, how to perfect seamlessness and more. We got you covered. We work hard to make sure you get the information you need to create the floor you have been dreaming of. Scroll through our library to gain insightful information on Sikafloor systems, products and more.

Your Sikafloor® system is designed to be extremely durable, abrasion resistant, and attractive, within the limitations of the particular system and application. Floor surfaces are exposed to the greatest degree of wear of any building surface. A degree of preventative maintenance is required to protect your investment in the new floor surface. A sound program that includes proper daily use, routine cleaning and conscientious personnel awareness will result in maximum service life of the new floor.

This method statement describes guidelines for evaluating concrete surfaces and their preparation prior to installing resinous flooring products. All substrates to receive Sika flooring products must be structurally sound, clean and at a minimum saturated surface dry (SSD). Proper surface preparation is a critical factor in the successful performance of applied resinous floor or wall systems.

Create seamless environments, by wrapping or tying the wall and ceiling into the floor and base using Sikafloor and Sikagard hygienic coatings. Seamless floor and wall systems facilitates a cleaner, safer environment, removing a potential hiding place and breeding ground for bacteria or other contaminants that could threaten your facility's regulatory compliance. This monolithic layer provides greater protection for concrete substrates by eliminating penetration points where chemicals and other damaging materials could travel to the underlying base.