Concrete, despite its unique properties, which makes it the most widely used construction material, has properties that require conservation conditions to be maintained and maintained. It is clear that the major problems of concrete in terms of durability can be attributed to the permeability of concrete to gas and water. It is therefore obvious that by controlling and reducing the penetration of water into the concrete, the concrete can be largely protected against destructive factors.
Properties and effects:
- Reduced concrete permeability
- Increased concrete density
- Increase durability and reliability of concrete
- Blockage of concrete capillaries
- Prevention of sulphate attack and alkalinity of concrete
- High scattering power of mixed particles
- Greater adhesion of particles due to sealing resins
- Reduce cracks due to concrete shrinkage
- Increased resistance due to water loss of about 10%
- Reduce the amount of water consumed in the mixture
Applications:
- Implementation of impermeable concrete for the construction of bridges and tunnels
- Suitable for reducing the permeability of pools, tanks, treatment plants and dams
- Suitable for reinforced concrete application due to the absence of chlorine in its structure
- Suitable for running coastal walls
- Suitable for concreting in dams and areas containing chlorine and sulfate ions
- Waterproofing concrete and cement sand mixes
- Suitable for sloping and rain-covered surfaces
- Suitable for concrete construction near the sea
- Suitable for manufacturing and manufacturing prefabricated concrete components
- Suitable for foundation in wet areas