BluCem Non-Shrink Deep Pour Grout creates low exothermic heat during hydration through its use of slower reacting cements and specially selected thermally conductive aggregates. This allows the product to remain cool during placement of large pours and also allows the grout to effectively transmit heat during service life. Being fully shrinkage compensated and low exothermic heat generating makes BluCem Non-Shrink Deep Pour Grout suitable for a range of deep pour applications where low heat is necessary to protect surrounding services and minimise thermal shrinkage.
BluCem Non-Shrink Grout is a highly fluid, volumetrically stable, Class C grout which has both early and long term shrinkage compensating additives. This allows grout to be placed in critical applications and ensures the elimination of shrinkage cracking or settlement. BluCem Non-Shrink Grout has been formulated to ensure that expansion is staged to compensate shrinkage both in the plastic and drying states.
BluCem Non-Shrink Fluid Fill grout uses the most advanced superplasticisers and suspension agents available to create an exceptionally high-performance fluid grout. The additives allow the grout to be applied in critical applications such as post-tension cable grouting and ensures full encapsulation of the duct without bleed, segregation or presence of voids.
PT CABLE GROUT ADDITIVE FOR BULK BATCHING
BluCem HS200RM is a pumpable, high strength additive suitable for civil engineering applications. BluCem HS200RM incorporates advanced additives to form a cementitious grout which is free of alluminate and metallic expansion agents or methocel and ligno-sulponate based additives providing a product suitable for 100-year design life applications.
RAPID SETTING CEMENTITIOUS SHOTCRETE
BluCem HB60 is a sprayable, highly durable product suitable for civil engineering applications. BluCem HB60 incorporates marine-grade cement systems, specially graded aggregates and advanced cement additives to form a cementitious mortar with high sulphate and chloride resistance, low drying shrinkage, ultra-low chloride permeability, high strength and high bond.