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Product: CQ Clear Epoxy
Description: Miracote CQ Clear Epoxy is a thin film two-component polymer used in Miracote Colorquartz, Miracote Micro-Topping Concrete Floor Coating and Concrete Floor Sealing applications.
Purpose: CQ Clear Epoxy adds value, durability, and ease of maintenance. It is designed for use where long-lasting monolithic protection of decorative substrates is required. The completed system, 2 coats at approximately 7 mils each can perform as a stand-alone application over concrete, or can be applied in conjunction with Mirathane APU 100 topcoat when the advantages of a Urethane topcoat are desired.
Miracote CQ Clear Epoxy can be applied over prepared concrete substrates or approved Miracote Systems. Consult any Crossfield Products Corp. office for specification or technical assistance
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Where to use:
CQ Clear Epoxy is designed for Commercial Floors and Retail Floors to give them the sanitary looking flooring. Typical applications include food preparation, laboratories, Toilet floors, food service, clinical sites, pet care, Garage Floors, etc. to protect the substrate concrete or decorative applications from medium to heavy duty use.
Advantages:
- Virtually free of VOC.
- Produces a rapidly installed, decorative Seamless Floor Coating at a moderate cost.
- Monolithic. Can incorporate an integral cove base. Eliminates unsanitary build-up of bacteria.
- Resistant to many chemicals, including brake fluid, gasoline, many acids solutions and other reagents. See Chemical Resistant Guide for specific details.
- Slip-Resistant Epoxy - An array of slip-resistant surface textures available. ADA compliant (meets 0.6 flat surface and 0.8 ramped surface minimums).
- Maintenance - Built to take repeated scrubbings.
Limitations:
- If subsurface cracks due to continued thermal flexing or building settlement, floor may reflect those cracks to some degree.
- Surface on which applied requires careful preparation and must be free of contami-nation that might cause a failure of bond.
- Limited UV stability – not recommended for exterior applications.
- If either component is exposed to sustained temperatures below 40°F, crystallization may occur. During periods of cold weather, care should be taken to allow components to warm to 60°F prior to use.
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