High-Range Water Reducers for Superior Concrete Performance
Chryso® Adva is a range of high-range water reducing admixtures designed to enhance concrete performance across a variety of applications. Combining significant water reduction with excellent workability, the range helps producers optimise mix designs while maintaining consistency from batching to placement. Selected formulations also provide extended slump retention and improved finishing characteristics, making them suitable for demanding readymix, precast, flooring, and screed applications.
Improved Concrete Performance
Enhanced Strength Development
Excellent workability
Improved Cement dispersion
Key Benefits of Chryso®Adva
- High Water Reduction – Delivers significant water reduction while maintaining concrete performance.
- Enhanced Strength Development – Improves early and long-term strength through effective cement dispersion.
- Excellent Workability Retention – Supports concrete workability during transport, placement, and finishing.
- Neutral Set Characteristics – Provides predictable setting behaviour across a range of mix designs.
- Improved Surface Finish – Enhances placement and finishing for high-quality concrete surfaces.
- Versatile Performance – Suitable for readymix, precast, flooring, and screed applications.
- Optimised Mix Efficiency – Helps maximise cement performance and support sustainable mix designs.
Chryso® Adva is suitable for a broad range of concrete production environments. The range supports readymix, precast, flooring, and screed applications where high water reduction, consistent workability, and reliable strength development are required. With formulations tailored to different production and placement demands, Chryso® Adva helps producers achieve efficient and predictable concrete performance.
Chryso® Adva admixtures help producers achieve highly workable concrete with excellent strength performance and consistency.
Supporting efficient transportation, placement, and finishing across a wide variety of construction projects.
Selected products are designed to deliver high water reduction and predictable setting characteristics, supporting efficient production cycles and high-quality precast concrete elements.
Specialist formulations enhance workability and finishing characteristics, helping contractors achieve high-quality surface finishes while maintaining concrete performance.
Products with extended slump retention provide improved handling and placement time, supporting efficient screed installation and consistent results.
Whether producing readymix concrete, precast elements, flooring systems, or screeds, the Chryso® Adva range delivers the performance required to meet modern construction demands. By combining high water reduction with reliable workability and placement characteristics, Chryso® Adva helps producers achieve consistent quality, improved efficiency, and durable concrete performance.
Products
Chryso®Adva XR 3619
Chryso®Adva 151
Chryso®Adva 650
Chryso®AdvaFloor 200
High-range water-reducing admixture for concrete floors that improves workability, finishing quality, and placement efficiency.
Chryso®Adva XR 3021
Chryso®AdvaFlow 340
Chryso®AdvaFlow 340 is a high‑performance superplasticiser for self‑compacting concrete, delivering excellent flow, stability, and strength.
Chryso®Adva XR 3005
Chryso®Adva XR 3005 is a high‑performance superplasticiser delivering long workability retention and strong rheology control for ready‑mix concrete.
Chryso®Adva 122
Chryso®Adva 122 is a versatile superplasticiser that improves workability and finishing while enabling flexible water or cement reduction.
Chryso®Adva 633
Chryso®Adva 633 is a high‑performance superplasticiser delivering cohesive, stable concrete with reliable workability and strength performance.
Chryso®Adva XR 3064
Chryso®Adva XR 3064 is a high‑performance superplasticiser delivering extended workability retention and reliable strength for ready‑mix concrete.
Chryso®Adva XR 3022
Chryso®Adva XR 3022 is a high‑performance superplasticiser delivering extended workability retention and strong rheology for ready‑mix concrete.