High-Range Water-Reducing Superplasticisers for High-Performance Concrete
CHRYSO UK superplasticising admixtures (HRWR) are next-generation high-range water reducers designed to meet the demanding requirements of modern, complex construction projects. Built on advanced polymer technology, they deliver exceptional water reduction, enhanced strength development, and extended workability retention — ensuring concrete performs reliably even under the most challenging site conditions.
Key Features:
- High Water Reduction: Achieve superior water reduction to enhance both strength and durability.
- Extended Workability Retention: Maintain fluidity for long pours, complex placements, and high-temperature environments.
- High Pumpability: Enable smooth, efficient pumping for consistent quality and reduced equipment strain.
- Superior Flowability: Produce self-consolidating concrete (SCC) for intricate formwork and detailed architectural finishes.
Typical Uses:
- Prestigious Infrastructure Projects: Ideal for bridges, tunnels, and skyscrapers where high performance and durability are critical.
- Complex Architectural Designs: Enables intricate shapes and detailed finishes without compromising workability or quality.
- High-Performance Concrete: Perfect for ultra-high-strength applications requiring long-term mechanical and aesthetic performance.
Our CHRYSO® superplasticising admixtures represent a new generation of high-range water reducers, delivering flexible, sustainable, and innovative solutions that adapt to the most demanding construction challenges across the UK.
CHRYSO®Optima 1000
The CHRYSO®Optima 1000 range delivers superplasticising admixtures with long workability, high pumpability, and significant water reduction.…
CHRYSO®Optima 200 & 300
CHRYSO®Optima Series 200 & 300 Advanced Superplasticisers for High-Performance Concrete Home Concrete Ready-Mix Concrete Superplasticisers/HRWR Specialist…
CHRYSO®Optima 100
The CHRYSO®Optima 100 range delivers next-generation superplasticising admixtures with extended workability, superior pumpability, and consistent performance…