Moisture testing is critical for successful flooring installations, with tools like calcium chloride tests, relative humidity probes, and surface moisture meters providing different insights into concrete conditions. Proper interpretation of the test results, understanding industry standards, and effective moisture prevention and mitigation strategies ensure long-term flooring integrity.
Concrete spalling, caused by freeze-thaw cycles, chemical damage, or heavy loads, can be challenging for property owners seeking to apply epoxy coatings. Proper repair techniques like surface preparation, use of essential tools and specific materials, debris removal, treating exposed reinforcement steel, and selection of the right repair products can ensure a lasting foundation for the coating and prevent future issues. A carefully executed sequence of removal, cleaning, reinforcement treatment, curing, and repair enhances adhesion and epoxy coating longevity.
Spalling in concrete surfaces presents a significant challenge for the application of floor coatings. Proper repair and surface preparation, including spall repairs, are crucial to prevent premature coating failures, moisture ingress, and potential structural issues. The use of appropriate materials and techniques for repair can extend the life of the coating and save costs in the long-term.
A systematic approach to repair concrete spalling includes surface cleaning & contamination removal, marking damaged areas and removing deteriorated concrete, addressing corrosion issues, choosing suitable repair materials, proper curing and leveling, and surface preparation before coating application.
At Firmstone Flooring Specialists, we pride ourselves on delivering high-quality flooring solutions tailored to meet the unique needs of commercial and industrial spaces.
