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Sika MonoTop®-122 F trowelable mortar is a dual shrinkage compensated, thixotropic high strength formulation for structural concrete repairs. Sika MonoTop®-122 F is suitable for placing in thicknesses of 5mm to 50 mm vertically and 5-15mm overhead.

Sika® ViscoCrete® ACE 8431 is a concrete admixture used as high range water reducer or superplasticiser. It is optimized for applications where the time between concrete mixing and placement is short, such as in precast concrete production. In this instance, the workability life of the concrete is optimized to give a balance between maintaining the workability while still enabling the early onset of the strength development process. The unique molecular configuration of the Product enables rapid cement hydration. Robustness and controlled workability retention are distinct features of the precast concrete produced with this Product.

Sika® ViscoCrete® ACE 8432 is a concrete admixture used as high range water reducer or superplasticiser. It is optimized for applications where the time between concrete mixing and placement is short, such as in precast concrete production. In this instance, the workability life of the concrete is optimized to give a balance between maintaining the workability while still enabling the early onset of the strength development process. The unique molecular configuration of the Product enables rapid cement hydration. Robustness and controlled workability retention are distinct features of the precast concrete produced with this Product. 

SikaPlast® PH 9076 is an admixture of a new generation based on modified poly-carboxylic ether. The product has been primarily developed for applications in Ready-mix & Site-batched concrete where the highest performance is required. 

Sika® ViscoCrete® SKY 8545 is a concrete admixture used as high-range water reducer or superplasticiser. It is optimized for high-quality ready-mix concrete applications. Its particular configuration allows its delayed adsorption onto the cement particles and disperses them efficiently. As compared with other polycarboxylate-based superplasticisers, it is possible to obtain a high-quality concrete mix with accelerated strength development and extended workability without delayed setting characteristics.