MasterGlenium SKY 8703 - New generation superplasticising admixture for extended slump retention

How does MasterGlenium SKY 8703 work?

MasterGlenium SKY 8703 is a new generation superplasticiser with super retention technology. It contains polycarboxylate ether polymers and is specially formulated for ready-mix concrete where slump retention, high strength and durability are required in hot climates. The excellent dispersion effect makes MasterGlenium SKY 8703 the ideal admixture for the ready-mix concrete industry.
MasterGlenium SKY 8703 is free of chloride and complies with AS 1478.1 - 2000, and is also compatible with all cements meeting recognized international standards.

Recommended uses:

  • Concrete with less water content than with conventional admixtures
  • Faster mixing logistics during large jobs
  • High flowability concrete
  • Mid-range slump concrete
  • Highly durable concrete
  • Ready-mixed concrete
  • Mass concrete
  • Long distance transport
  • Pumped concrete
  • Hot weather concreting

What makes MasterGlenium SKY 8703 unique solution?

The ability to work with low water /cement ratios and still obtain extended slump retention allows for the manufacture of high quality concrete.

What are the benefits of MasterGlenium SKY 8703?

  • High water reduction - high early and ultimate strengths. Low permeability, high durability concrete
  • High flowability - ease of placing and compaction. No segregation
  • Superior slump retention - no re - tempering. Ease of delivery to point of placement
  • Low shrinkage and creep - improve dimensional stability. Reduced risk of cracks
  • Good cohesion - ease of pumping. No bleeding
  • Good workability - excellent surface appearance. Self-compacting concrete
  • Minimal bleed water - excellent concrete quality
  • High elastic modulus - superior load bearing capacity


MasterGlenium SKY 8703 Safety Data Sheet Australia

pdf (103.91 Kb)

MasterGlenium SKY 8703 Safety Data Sheet New Zealand

pdf (56.90 Kb)

MasterGlenium SKY 8703: Technical Data Sheet

pdf (121.20 Kb)