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Product: CR Topcoat
Description: Miracote CR Topcoat is a highly chemical resistant, slip-retardant coating for application over concrete or else as the finish coating for Miracote CQ Clear Epoxy.
Formulated using the most advanced normal-epoxy chemistry; Miracote CR Topcoat produces a tighter "cross-linking" than conventional Epoxies. As a result, the material resists physical attack from the spillage of a very wide range of acids, alkalis and solvents. It also resists staining from the spillage of many chemicals, which would discolor ordinary Epoxies.
Due to its specialized chemistry, Miracote CR Topcoat is premium priced compared to conventional Epoxy Floor Coatings and should be used only where its superior properties are required.
Miracote CR Topcoat is a three component material consisting of normal Epoxy Resin, catalyst and special metallic, oxide, slip-retardant Aggregates. The three components are mixed together immediately prior to application and the material is then troweled into place. The final coating is applied by roller.
Miracote CR Topcoat is available in five different slip-retardant "profiles" ranging from very coarse to very fine. Selection of profiles to be used depends upon the degree of slip-retardance required, the cleaning characteristics desired and the area of use.
The material is available in a wide range of colors as well as a non-pigmented, clear type.
Formulated with environmental requirements in mind, CR Topcoat contains no hydrocarbon solvents and thus meets all state and local volatile organic substance regulations. CR Topcoat has no significant odor during installation.
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Where to use:
Slip Retardant surface coating for Manufacturing Flooring, Storage Floors, Laboratory Floors and containment areas subject to damaging chemical spillage.
Advantages:
- Resists wider range of chemical spillage‟s than conventional epoxies.
- Heat resistant.
- No significant odor during installation.
- Wide range of color and profile selections.
Limitations:
- Temperature during application must be 60 F (18 C) or greater.
- Requires functioning vapor barrier beneath on-ground concrete floor to prevent upwards water vapor transmission, which may result in loosening of epoxy materials.
- If sub-surface cracks, material may reflect cracks to some degree.
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