Cobble Coat is a water clear, solvent-based sealer designed to protect and beautify concrete brick pavers, natural stone, concrete surfaces, and Texture Deck.Providing an enhanced, wet look appearance and semi-gloss finish, Cobble Coat is made from 100% ac
Providing an enhanced, wet look appearance and semi-gloss finish, Cobble Coat is made from 100% acrylic resins and is higher in solids than most conventional concrete sealers. Cobble Coat provides water and UV light resistance with unusually good adhesion to a variety of substrates.
Each gallon of Cobble Coat will cover approximately 200 square feet per coat; the 5-gallon container of Cobble Coat will cover approximately 1,000 square feet. Coverage will depend on surface porosity, joint width and method of application. Second coat will take slightly less product.
Surfaces must be clean and dry before sealing. All grease, oil and potential contaminants must be removed.
Concrete should cure a minimum of 28 days before sealing.
Interlocking brick does not require etching.
Cobble CleanandCobble Prepmay be used for specific cleaning situations.
Two thin coats provide the best results.
Do not apply Cobble Coat more frequently than every 18 months to avoid buildup of the sealer.
DO NOT thin material. Future applications should be applied in only one thin coat.
READ LABEL THOROUGHLY BEFORE APPLYING PRODUCT.
COBBLE COAT IS NOT RECOMMENDED FOR USE ON SURFACES WHERE MOISTURE IS UNABLE TO DISSIPATE.
Surfaces must be clean and dry before sealing. All grease, oil and potential contaminants must be removed.
Concrete should cure a minimum of 28 days before sealing.
Interlocking brick does not require etching.
Cobble CleanandCobble Prepmay be used for specific cleaning situations.
Two thin coats provide the best results.
Do not apply Cobble Coat more frequently than every 18 months to avoid buildup of the sealer.
DO NOT thin material. Future applications should be applied in only one thin coat.
READ LABEL THOROUGHLY BEFORE APPLYING PRODUCT.
COBBLE COAT IS NOT RECOMMENDED FOR USE ON SURFACES WHERE MOISTURE IS UNABLE TO DISSIPATE.
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