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We have seen a number of concrete floor finish failures caused by moisture attack from the concrete substrate. In many instances, moisture tests were conducted prior to installing the floor covering/finish to assess the moisture content of the concrete substrate. The results of the tests suggested the concrete was dry enough to install the flooring, but failure was induced by moisture in the floor assemble.
PURPOSE OF THIS REPORT: • Explain the history of South Coast Air Quality Management District (SCAQMD) Rule 1113 – Architectural Coatings and the process that SCAQMD goes through to lower Volatile Organic Compounds (VOC) in architectural coatings. • Report on progress toward achieving low-VOC products with respect to the coating categories subject to Rule 1113 limits. • Report on progress on Reactivity and Availability assessment of solvents found in architectural coatings.
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This paper introduces the available technology of chemical coating removal as an alternative to mechanical coating removal by comparing and contrasting the advantages and disadvantages of each chemical coating removal technology. Due to the high cost and environmental drawbacks of mechanical methods of coating removal, chemical coating removal systems have advanced as a cost effective and environmentally friendly way to remove coatings that are highly cost effective on a per square foot basis cost comparison. The presentation will discuss all chemical coating removal technology, features and benefits.
To provide companies with the market research tools necessary to make informed, strategically aligned business decisions that will bring profitable growth to a corporation or business unit.