Grout is made up of cement, sand, water, and a series of additives. Grout is commonly used for places that require high strength and deep crack repair. Grout is also used to undergo heavy equipment. The use of grout is similar to mortar.
Properties and effects:
- Psychological properties and high workability
- Less permeability than conventional mortars
- Lack of mortar contraction due to controlled expansion
- High resistance to various weather conditions
- Prevention of corrosion of steel due to the absence of metal aggregates and chloride in the expandable grout structure
- High resistance to high static forces
- No cracks and seams after hardening
- Ability to use the structure faster
- Achieving high initial resistance and the possibility of early loading
- Combine with the minimum amount of water and the desired psychological outcome
- Prevent shrinkage due to plastic shrinkage
- High workability without dehydration and separation
- Increased adhesion between steel and concrete
- Ideal pumping and flowability
Applications:
- Suitable for mounting and fixing base plates on foundations, in metal frame structures
- Ability to install and stabilize industrial machinery with vibration and vibration
- Ability to group the base of bridges and fill the gap between the column and the bridge
- Suitable for filling holes left over from the belt when molding
- Suitable for deep repair work
- Suitable for grouting under plate plates, moving and transfer rails in industrial factories
- Suitable for installing and stabilizing power towers
- Suitable for use as a ready-to-use mortar in public and interior works
- Suitable for fixing prefabricated columns
- Ability to inject into the sheath of prestressed cables
- Ability to fill cavities, pits, etc.
- Suitable for filling the space between steel and concrete to strengthen beams and columns and metal sheaths