Addi Grout
Addi Grout
Addi Grout is a high performance, concentrated liquid admixture explicitly formulated to produce non shrink, high fluidity cementitious grouts on-site.
Technical Property | Official Certified Value | Engineering Benefit |
Classification | High-Concentration Liquid Grout Admixture | Transforms standard site mixes into high-performance structural grouts |
Shrinkage Control | Controlled Dual-Stage Volume Expansion | Eliminates settlement, cracking, or volumetric retreat under base plates |
Plasticizing & Flow | Extreme Water Reduction with High Flowability | Enables effortless gravity pouring into narrow or dense anchor areas |
Cohesion Matrix | Total Anti-Bleeding & Anti-Segregation Agent | Guarantees a completely uniform grout matrix without internal water pockets |
Corrosion Safety | 100% Chloride-Free & Non-Corrosive Formulation | Perfectly safe for direct contact with reinforcement steel and anchor bolts |
addi-grout
Total Shrinkage Elimination: Delivers a reliable compensating expansion mechanism, securing continuous structural contact with the substrate.
Elite Flow Optimization: Imparts high fluid velocity to site-mixed grouts, allowing seamless penetration into highly restricted geometries.
Enhanced Mechanical Strengths: By optimizing water reduction, it significantly upgrades both early and ultimate compressive and flexural strengths.
Cost-Effective Site Flexibility: Empowers engineers to create premium non-shrink grouts using locally available cement and sand, reducing material costs.
Low Permeability Shield: Denses the cured cement matrix, preventing moisture or chloride ingress and safeguarding anchor components for 2026 metrics.
Onsite formulation of heavy-duty non-shrink grouts for securing machine bases, generators, and industrial crane rails.
High-precision anchoring of structural rebar dowels, starter bars, holding bolts, and dynamic foundation tie-rods.
Underpinning structural bridge bearings, precast concrete panel joints, and massive steel column base plates.
Structural repair of deep concrete honeycombs, internal voids, and broken concrete sections in load-bearing frames.
Fluid pressure grouting in infrastructure tunnels, pipeline sleeves, and marine structures across Egypt.
Surface & Material Preparation: Concrete substrates must be sound, clean, and pre-soaked to a saturated surface dry (SSD) state. Measure the sand and cement components strictly according to engineering batch designs.
Mixing Protocol: Dilute Addi Grout thoroughly into the pre-measured mixing water. Gradually introduce this liquid blend into the dry cement-sand mix while mixing continuously with a mechanical paddle mixer until a uniform, lump-free consistency is attained.
Pouring Technique: Pour the modified grout continuously from one direction to prevent trapped air pockets. Ensure a constant hydrostatic head pressure during placement to maintain optimal flow density.
Curing Schedule: Exposed grout surfaces must be protected immediately after setting by continuous water misting or covering with wet hessian sheets for a minimum of 3 days to achieve full mechanical cross-linking.
