Sika® ViscoCrete®-3045 Ease

(former MasterEase® 3045)

New superplasticizer technology for Low Viscosity Concrete

Sika Viscocrete-3045 Ease is a superplasticizer/high range water reducer developed recently by R & D laboratories of Master Builders Solutions. Sika Viscocrete-3045 Ease is designed to impart exceptional rheological properties to fresh concrete. It improves considerably the placing and finishing of concretes and enhances the pumping of concrete for all construction activities.

Sika Viscocrete-3045 Ease is recommended for the production of self-compacting concrete, requiring low viscosity, long workability retention and high compressive strength. Sika Viscocrete-3045 Ease is specially formulated for the concrete industry for applications in the general civil and building sites. It can be used for the realization and achievement of the following:
  • Precast and Site Mix concretes
  • Superior Concrete pumping
  • Reduction of Concrete waste
  • Ease of compacting and finishing of concrete
  • High performance and ultra-high strength concrete
  • Concrete for low environmental impact and high in mineral additions
  • Architectural concrete
Sika Viscocrete-3045 Ease delivers many advantages both, in the fresh concrete on hardened concrete. At fresh state, optimizing the rheology: Decrease in the viscosity of concretes at constant W/C
  • Improved pumping (lower pressure and longer distance)
  • Better response to vibration, greater Ease of Pumping
  • Superior finishing, and smoothing operations
  • Excellent flexibility, mobility, and flow of self-compacting concrete.
Reduction possible to the W/C ratio without affecting the viscosity of concretes.
  • New windows for technical and economic optimization of concrete mix designs (addition and types of binder, choice of aggregates)
  • High strength and resistance to segregation workability retention over 120 minutes without retardation.
  • Good compatibility with all types of cement and mineral additions.  
In the cured state, improvement of sustainability
  • Excellent early and late compressive strength, improvement of quality of surface finishes
  • As part of a reduction of W/C
    • Increased mechanical resistance
    • Decreased porosity and permeability
    • Decreased shrinkage and cracking
    • Enhanced durability