MasterPolyheed

MasterPolyheed 8195

New Generation Mid-Range Water Reducer with Suretec (Super Retention Technology)

How Does MasterPolyheed 8195 Work?

MasterPolyheed 8195 is a non-chloride, robust, specially formulated polycarboxylate ether-based mid-range water-reducing admixture (MWR). It has been developed for all types of premix, precast, and in-situ concrete (including post-tensioned applications) and contributes significantly to improving the fresh and hardened properties of concrete. MasterPolyheed 8195 meets the requirements for mid-range water-reducing admixtures according to AS 1478.1-2000, Type MWR.

Recommended Uses:
  • All types of concrete (25 – 50 MPa) in the mid-range workability band (100 - 150mm slump) requiring workability retention (~ 60 – 120 min) without excessive retardation

  • Precast concrete

  • Post-tensioned concrete applications

  • Improving the performance of pumped concrete, shotcrete, and conventionally placed concrete

  • “Green” concrete mixes with high % of SCM’s

  • Use in architectural concrete, especially where off-form and/or surface finish is critical

What Makes MasterPolyheed 8195 a Unique Solution?

MasterPolyheed 8195 is a versatile admixture able to produce and maintain mid-range slumps for extended periods without retardation. Its unique formulation can improve the rheology and finishability of concrete.

What Are the Benefits of MasterPolyheed 8195?
  • Normal setting characteristics throughout the recommended dose range

  • Reduced segregation, particularly in lean mixes and mid-slump concrete

  • Superior slump retention

  • Improved workability and pumpability

  • Reduced water content for a given workability

  • Enhanced finishability improving finished appearance

  • No added chlorides, thus conforming to the most stringent chloride ion limits including AS3600

  • Increased strength – compressive, flexural, and bond (concrete to steel)

  • Increased durability (e.g. permeability, water-tightness)

  • Reduced cracking

  • Neutral effect on drying shrinkage