TamCem 60 – Low dosage concrete superplasticiser

TamCem 60 is a new generation hyperplasticiser for concrete. It contains state of the art polycarboxylate ether polymers and is specially formulated to give exceptionally high water reduction, enhances workability and offers superior slump retention. It is a non-chloride liquid admixture which has been formulated to comply with the requirements of EN 934-2 (Table 3.1 and 3.2) and ASTM C 494 for Type F high range water reducing/ superplasticizing admixtures.

TamCem 60 is compatible with all cements meeting recognised international standards. TamCem 60 is based on versatile polycarboxylate copolymer technology. Its unique long chain molecular structure enhances the dispersion of cement particles, by means of dual electrostatic repulsion, whereas conventional BNS and SMF based superplasticisers, will only undergo single repulsion. Superior slump retention is achieved by the enhancement of side chain graft density.

TamCem 60 requires a lower dosage compared to conventional superplasticisers but provides extreme workability characteristics for high slump, flowable, self-compacting concrete with greatly reduced water demand.

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Key Benefits
  • High water reduction that enhances high early and ultimate strengths, low permeability and makes the concrete highly durable. 
  • High flowability allows for easy placement and compaction.
  • Excellent cohesion, zero segregation and minimal bleed water with extremely high levels of concrete workability.
  • Exceptional slump retention and easier placement and delivery control especially under warm climatic conditions.
  • High elastic modulus, low shrinkage and creep are achievable with proper controlled coarse and fine aggregates.
  • Superior finishes with reduced honeycombing.
Typical Applications
  • High performance concrete
  • Highly flowable concrete
  • Highly durable concrete
  • High strength concrete
  • Ready-mixed concrete
  • Mass concrete
  • Pumped concrete  and wet sprayed concrete 
  • Long distance transportation
  • Self-compacting concrete
  • Improving mixing efficiency during large pour
  • Helping to reduce environmental impact
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