Micro silica gel Beton Plast

Micro silica gel is a type of expanded concrete additive and commodity comprising super-lubricating concrete and powdered silica and water repellent concrete additives, also known as micro silica fibers, with high degree of strength, The relative increase in compressive, flexural and tensile strength capabilities, longer durability and longer life, has a significant impermeability to conventional and higher slump concrete in the production and production of desirable and highly applicable impermeable concrete.

Application of micro silica gel:

• For the construction of coastal structures and special structures for water retention
• Production of high strength concrete for high volume concrete
• Used in concrete exposed to severe thawing and freezing cycles
• In performing concrete pavement processes
• Used in structures subject to dynamic loads, impact and fatigue
• Application of thin concrete sections
• In sealed concrete, road and water tunnels, water supply channels, water treatment plant
• Highly suitable for the manufacture of concrete structures subject to blasting, stress and industrial hard floor concrete.
• Construction of concrete structures for docks, bridges, bridge decks, tanks and dams

 Advantages:

• Providing concrete with higher compressive, tensile, flexural and wear resistance than conventional concrete.
• Create impact and stress resistant concrete
• Permeability up to 20 times lower than conventional concrete
• Preparation of corrosion-resistant concrete
• Durable concrete preparation for offshore and offshore structures
• Preparation of durable concrete in freeze-thaw cycles
• Providing durable concrete in high temperature environments
• Reduce cement consumption at constant strength
• Reduce shrinkage due to drying
• Reduced reaction of alkalis and aggregates
• Reduction of carbonation-induced contraction
• Reduce corrosion of metals and bars
• Increased electrical resistance of concrete
• Increased adhesion of concrete and reinforcement
• Reduce seams and cracks resulting from shrinkage
• Increase the life and durability of the structure
• Reduce the running costs of structures
• Weight loss of structures