There are many causes for cracking in concrete. Concrete goes through many changes as it hydrates or hardens. Allowing the concrete to harden and achieve strength before these stresses arise will eliminate a large portion of these cracks. Proper curing, a good mix design, use of shrinkage-reducing admixtures and the addition of fibers are all good ways to help minimize some types of cracking.
Liquid, Shrinkage-Reducing Admixture for Concrete Mapecure SRA 27 [NA] is a chloride-free, liquid admixture specially developed to reduce hydraulic shrinkage in concrete. Mapecure SRA 27 [NA] does…
Liquid, Shrinkage-Reducing Admixture for Concrete Mapecure SRA 27 [NA] is a…
Fibrillated Fiber Reinforcement System for Concrete Mapefibre F (formerly known as Polymesh F) are fibrillated polypropylene microfibers manufactured from 100%-virgin polypropylene resins. Mapefibre…
Fibrillated Fiber Reinforcement System for Concrete Mapefibre F (formerly…
Monofilament Fiber Reinforcement System for Concrete Mapefibre M (formerly known as Polymesh M) are monofilament polypropylene microfibers manufactured from 100%-virgin polypropylene resins.…
Monofilament Fiber Reinforcement System for Concrete Mapefibre M (formerly…
Macrosynthetic Fiber Reinforcement for Concrete Mapefibre ST 42 is a blend of polypropylene and polyethylene resins, configured as waved fiber. It is used for concrete reinforcement, to replace some…
Macrosynthetic Fiber Reinforcement for Concrete Mapefibre ST 42 is a blend of…
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