Concrete curing compound consists essentially of waxes natural and synthetic resins and solvents of high volatility at atmospheric temperatures.
Water based concrete curing compound.
Once applied 1100 forms a premium grade membrane that retains an optimum amount of water in freshly placed concrete for complete hydration of the cement.
Generally one liter of curing compound can be sprayed for 0 20 0 25m 2 surface area of fresh concrete.
To such sites concrete curing compound is recommended in place of water curing.
Water based concrete curing compound a leading edge technology clear concrete curing compound that was developed to cure concrete as well as resolve compatibility issues related to flooring adhesives.
E cure is a spray applied concrete cure hardener and dustproofer.
The compound forms a moisture retentive film shortly after being applied on fresh concrete surface.
Vocomp 25 vocomp 30 vocomp 30 is a ready to use 30 solids concrete curing and sealing compound formulated of special acrylic polymers in a true water based.
The 1600 white series of water based white pigmented concrete curing compounds are wax based dispersions with selected white pigments.
1100 water based concrete curing compound is formulated from hydrocarbon resins and may be used on interior exterior vertical and horizontal 1300 clear 1300 clear water emulsion wax based concrete curing compound is an excellent cure for interior exterior horizontal and vertical concrete surfaces.
Water based concrete curing compound.
Vocomp 25 is a ready to use concrete curing and sealing compound formulated of special acrylic polymers in a true water based carrier.
When properly applied 1600 white forms a premium grade membrane which optimizes water retention.
Sc cure 500 concrete curing compound.
Curing compound is applied when the finishing is completed and free water present on the surface gets disappeared.
1100 water based concrete curing compound is formulated from hydrocarbon resins and may be used on interior exterior vertical and horizontal concrete surfaces.