Balanced Water Reduction for Consistent Concrete Performance Across Applications

The Chryso®Mira range comprises mid-range water reducing admixtures designed to deliver consistent performance across a wide range of concrete applications. Positioned between standard plasticisers and high-range water reducers, these solutions provide effective water reduction while maintaining stable set times and reliable workability.

By improving cement dispersion, Chryso®Mira admixtures enhance both early and ultimate compressive strength while supporting durable, low-permeability concrete. Their linear dosage response and consistent performance make them suitable for a variety of production environments, including ready-mix, precast and paving applications.

Water Reduction

Improved Strength

Neutral Set

Consistent Performance

Key Benefits of Chryso®Mira

  • Mid-Range Water Reduction – Provides effective water reduction with a predictable, linear dosage response.
  • Improved Strength Development – Enhances both early and long-term compressive strength through improved cement dispersion.
  • Neutral Set Characteristics – Maintains near-neutral setting times across a wide dosage range.
  • Enhanced Workability and Finish – Supports improved placement, compaction and surface finishing.
  • Consistent Performance – Manufactured for reliability across varying materials, mix designs and production conditions.

Mid-range water reducing admixtures are used where balanced performance, workability and strength are required across a variety of concrete applications.

Supports consistent and efficient concrete production for general and structural applications.

  • Improves workability during transport and placement
  • Supports uniform quality across multiple loads
  • Enables flexible mix design optimisation

Provides reliable performance in controlled manufacturing environments.

  • Enhances early strength development
  • Supports consistent surface finish quality
  • Improves production efficiency and repeatability

Delivers improved performance for slabs, floors and paving applications.

  • Enhances finishing characteristics
  • Supports durable, low-permeability concrete
  • Improves surface quality and consistency

Performs effectively in mixes incorporating high levels of pozzolans.

  • Supports workability in blended cement systems
  • Enhances strength development with SCMs
  • Maintains consistent set behaviour

Suitable for a wide range of standard and specialised uses.

  • Improves cohesion and reduces segregation
  • Enhances overall mix stability
  • Supports reliable, repeatable performance

Chryso®Mira mid-range water reducing admixtures provide a versatile solution for improving concrete performance across a wide range of applications. By delivering balanced water reduction, consistent workability and reliable strength development, the range supports efficient production, high-quality finishes and durable concrete in ready-mix, precast and paving environments.

Products

Mid-Range plasticisers/MRWR

Chryso®Mira 53

Chryso®Mira 53 is a new generation Mid‑Range water‑reducing admixture developed to improve production economics for concrete manufacturers. Its advanced formula offers significantly greater later‑age strength development than conventional Mid‑Range water reducers, enabling optimised cement content and enhanced overall performance Engineered using blended modified lignosulphonates, Chryso®Mira 53 delivers strong deflocculating action and consistently achieves higher ultimate strengths than MIRA 52 across a wide range of concrete mixes. Product selection should be supported by full concrete trials to determine the most appropriate fit for project requirements.
Mid-Range plasticisers/MRWR

Chryso®Mira 52

Chryso®Mira 52 is a Mid‑Range water‑reducing admixture formulated to improve production economics and concrete performance. It develops significantly greater later‑age strengths than traditional mid‑range water reducers and provides powerful deflocculating action. The admixture supports wide‑ranging concrete applications and is effective with Portland cement, fly ash and GGBS systems. It enhances consistence retention, improves cohesion and enables optimised cement contents while delivering predictable set behaviour and strong ultimate strength performance.

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