Maxxon® MVP (Moisture Vapor Protection)
Subscribe to FREE newsletter | Jan 07, 2017 |
Maxxon® MVP (Moisture Vapor Protection) is a unique 2-component, moisture tolerant, low viscosity, solvent free, chemically enhanced epoxy based product which reduces the passage of water vapor and moisture through slabs on or below grade, thus eliminating delamination of adhesives, floor coverings and coatings.
MVP reduces water vapor transmission levels of up to 25 lbs/24 hrs •1000 ft² to 3 lbs or less for the installation of most floor covering systems including VCT, sheet vinyl, carpets, wood, laminates, epoxy, terrazzo, & synthetic gym flooring.
Note: Use Maxxon DPM in case of capillary infiltration of oil or other chemicals from the ground or to treat oil contaminated slabs or radon infiltration.
Commonly used in:
- Industrial/retail facilities
- Office buildings
- Hospitals and schools
- Residential slabs
- Food processing plants
- Concrete slabs
- Cementitious underlayment (other than gypsum
- Ceramic tiles with missing or damaged under-slab vapor barriers
- Slabs with floor heating
- Residential slabs below grade
- Garages
- Vapor & water barrier
- Compatible with most flooring systems
- One-coat system with no sand broadcast
- Reduces moisture vapor emission rates of up to 25 lbs to 3 lbs or less
- Minimal downtime
- Next day flooring system installation
- Covers new concrete (min. 5 days old; keep in mind shrinkage cracks may occur)
- Can be applied to damp concrete
- High alkalinity barrier (pH 13-14)
- Low viscosity
- Does not support mold growth
- Indoors: low odor and non-flammable
- VOC Content of 0 g/L
- Helps contribute to LEED® (IEQ 4.2 = 1pt)
- ASTM E96 perm rating < 0.1
- Meets ASTM F3010 at specified yield of 16 mils
About Maxxon Corporation
Maxxon Corporation, has provided superior underlayment products for solving virtually any floor problem. Maxxon not only started the industry, but continues to lead it with high quality products, training, research, and expert installation by a network of authorized dealers throughout North America.
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