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- Epoxy_moisture_control_system abstract "Epoxy moisture control systems are chemical barriers that are used to prevent moisture damage to flooring. Excessive moisture vapor emissions in concrete slabs can mean significant, expensive damage to a flooring installation. Hundreds of millions of dollars are spent annually just in the United States to correct moisture-related problems in flooring. These problems include failure of the flooring adhesive; damage to the floor covering itself, such as blistering; the formation of efflorescence salts; and the growth of mold and mildew.Excess moisture in concrete is defined by that amount of moisture emitting from the concrete subfloor that exceeds the amount allowed by the flooring manufacturer. This condition occurs when the flooring is installed before the water in the concrete mix that is not needed for hydration (strengthening) has had adequate time to evaporate. Causes of this condition include a construction schedule that does not allow at least 28 days for the slab to dry; using too much water in the concrete mix; installing the slab without a puncture- and tear-resistant, low-permeability vapor barrier beneath it; rewetting of the slab due to precipitation; inadequate drying conditions, which can include air temperatures that are lower than 50°F, high humidity in the surrounding air and poor airflow; and liquid water infiltration due to external sources, such as broken pipes, irrigation, improper sloping of the landscape, condensation, cleaning and maintenance, and moisture from flooring adhesives.There are two industry standards for measuring moisture vapor emissions in concrete: calcium chloride testing (ASTM F1869) and relative humidity testing (ASTM F2170). Epoxy moisture control systems can be used when these tests determine that the moisture vapor emissions need to be remediated in order to install the selected floor covering within the timeframe allotted by the construction schedule.Epoxy moisture control systems are roller-applied and are available in one-coat and two-coat varieties. One-coat systems allow for a faster installation time, while two-coat systems address the potential for pinholes or voids in the system, which can cause future failures. Epoxy moisture control systems can be applied over concrete with relative humidity levels up to 100%, and there are systems available on the market today that can be applied over concrete that is physically damp. In some cases, with the use of an epoxy moisture control system, floor coverings can be installed just 7 days after the slab is poured.When applied correctly, epoxy moisture control systems are designed to bring moisture emission rates to acceptable levels for the flooring being installed, which combats flooring failures, microbiological activity (mold and mildew) and other problems associated with excess moisture in the slab.".
- Epoxy_moisture_control_system wikiPageID "30472700".
- Epoxy_moisture_control_system wikiPageLength "3318".
- Epoxy_moisture_control_system wikiPageOutDegree "19".
- Epoxy_moisture_control_system wikiPageRevisionID "646326859".
- Epoxy_moisture_control_system wikiPageWikiLink Adhesive.
- Epoxy_moisture_control_system wikiPageWikiLink Blistering.
- Epoxy_moisture_control_system wikiPageWikiLink Category:Concrete.
- Epoxy_moisture_control_system wikiPageWikiLink Concrete.
- Epoxy_moisture_control_system wikiPageWikiLink Construction.
- Epoxy_moisture_control_system wikiPageWikiLink Efflorescence.
- Epoxy_moisture_control_system wikiPageWikiLink Epoxy.
- Epoxy_moisture_control_system wikiPageWikiLink Floor.
- Epoxy_moisture_control_system wikiPageWikiLink Flooring.
- Epoxy_moisture_control_system wikiPageWikiLink Humidity.
- Epoxy_moisture_control_system wikiPageWikiLink Hydrate.
- Epoxy_moisture_control_system wikiPageWikiLink Microbiology.
- Epoxy_moisture_control_system wikiPageWikiLink Mildew.
- Epoxy_moisture_control_system wikiPageWikiLink Mold.
- Epoxy_moisture_control_system wikiPageWikiLink Pinhole.
- Epoxy_moisture_control_system wikiPageWikiLink Subfloor.
- Epoxy_moisture_control_system wikiPageWikiLink Technical_standard.
- Epoxy_moisture_control_system wikiPageWikiLink United_States.
- Epoxy_moisture_control_system wikiPageWikiLink Vapor_barrier.
- Epoxy_moisture_control_system wikiPageWikiLink Void_(composites).
- Epoxy_moisture_control_system wikiPageWikiLinkText "Epoxy moisture control system".
- Epoxy_moisture_control_system hasPhotoCollection Epoxy_moisture_control_system.
- Epoxy_moisture_control_system wikiPageUsesTemplate Template:Reflist.
- Epoxy_moisture_control_system subject Category:Concrete.
- Epoxy_moisture_control_system hypernym Barriers.
- Epoxy_moisture_control_system comment "Epoxy moisture control systems are chemical barriers that are used to prevent moisture damage to flooring. Excessive moisture vapor emissions in concrete slabs can mean significant, expensive damage to a flooring installation. Hundreds of millions of dollars are spent annually just in the United States to correct moisture-related problems in flooring.".
- Epoxy_moisture_control_system label "Epoxy moisture control system".
- Epoxy_moisture_control_system sameAs m.0g9xp9z.
- Epoxy_moisture_control_system sameAs Q5383827.
- Epoxy_moisture_control_system sameAs Q5383827.
- Epoxy_moisture_control_system wasDerivedFrom Epoxy_moisture_control_system?oldid=646326859.
- Epoxy_moisture_control_system isPrimaryTopicOf Epoxy_moisture_control_system.