MasterRheobuild 623 - Retarding Superplasticising admixture for concrete

How does MasterRheobuild 623 work?

MasterRheobuild 623 is composed of synthetic polymers specially designed to impart rheoplastic qualities to concrete.

Recommended uses:

  • Ready mixed concrete
  • Long hauls
  • Pumped concrete
  • Concrete containing Granulated Slag/Pozzolans
  • Mass concrete pours
  • Hot weather concreting

What makes MasterRheobuild 623 a unique solution?

MasterRheobuild 623 helps to produce high strength concrete with optimum cement and water content, mainly for precast concrete. It also improves properties of concrete in plastic state to improve ease of placement.

What are the features and benefits of MasterRheobuild 623?

  • Reduced thermal peaks
  • High workability for longer periods
  • Lower pumping pressure
  • Resistance to segregation even at high workability
  • Extended setting with longer workability
  • Reduced water content for a given workability
  • Higher ultimate strengths
  • Reduced permeability
  • Improved durability
  • Reduced shrinkage and creep
  • Increased ease in finishing con

MasterRheobuild 1100

Specially designed to impart rheoplastic qualities to concrete

MasterRheobuild 1125

Designed to allow considerable reduction of mixing water while maintaining control on extend of set retardation

MasterRheobuild 623

Designed to impart rheoplastic qualities to concrete

MasterRheobuild 822

Designed to impart rheoplastic qualities to concrete

MasterRheobuild SP11

Designed to impart rheoplastic qualities to concrete

Downloads

Brochure: Admixture Systems

pdf (491.24 Kb)

MasterRheobuild 1125: Technical Data Sheet (Version 2)

pdf (196.68 Kb)

MasterRheobuild 623: Technical Data Sheet (version 2)

pdf (195.86 Kb)

MasterRheobuild 822: Technical Data Sheet (ref.: TDS Ref. no.: MasterRbd82201/0313)

pdf (141.67 Kb)

MasterRheobuild SP11: Technical Data Sheet (ref.: MasterRbdxSP11/01/0313)

pdf (61.98 Kb)