LATEST NEWS

Stay updated with the latest news and developments from our company.

2026-09-17 Blogs

Decarbonizing Modern Concrete: Achieving 32Kgs CO2 per Ton Low Carbon Footprint with GGBS

Technical guide to GGBS achieving a verified 32Kgs CO2 per ton low carbon footprint. Discover structural advantages, hydration chemistry, and procurem

2026-09-15 Blogs

Industrial Strategies to Replace the Silica Fume Using High-Fineness GGBFS

Discover technical alternatives to replace the silica fume in concrete. Explore how GGBS optimizes rheology, long-term strength, chloride resistance,

2026-09-11 Blogs

Optimizing Concrete Pumpability: How GGBS Delivers Improved Rheology

Discover how premium GGBS modifies paste mechanics to achieve improved rheology. Lower plastic viscosity, reduce pumping pressure, and optimize your m

2026-09-08 Blogs

Technical Guide to Rheology and Reduction in Superplasticiser Using GGBFS

Understand how GGBS particle morphology and surface chemistry enable a reduction in superplasticiser while enhancing workability and concrete durabili

2026-09-05 Blogs

Better Slump Retention in High-Performance Concrete via GGBS

Discover how high-grade GGBS achieves better slump retention, stabilizes concrete rheology, and mitigates early workability loss in demanding pours.

2026-09-02 Blogs

New Generation Superplasticizer for Concrete: Advanced Rheology and SCM Synergy

Discover how a new generation superplasticizer for concrete enhances rheology, reduces water-binder ratios, and maximizes GGBS performance in modern m

2026-08-31 Blogs

Slump Retention Superplasticizer: Mechanisms in GGBS Concrete Formulations

Discover how a slump retention superplasticizer controls concrete workability in GGBS mixes through sustained-release PCE chemistry and ester hydrolys

2026-08-28 Blogs

High-Density Concrete: Water Reduction Rate Is Up to 40% in GGBS Systems

Discover how advanced GGBS binder systems perform when the water reduction rate is up to 40%, delivering high-density concrete and maximum durability.

2026-08-26 Blogs

Controlling Slag Nanostructures: Molecular Controllability in Modern Concrete Production

Explore how molecular controllability in Ground Granulated Blast Furnace Slag (GGBS) governs vitreous phase dissolution, C-A-S-H gel formation, and du

2026-08-24 Blogs

How Slag Cement Improves Shrinkage Performance in High-Durability Concrete

Explore the microstructural and chemical mechanisms through which GGBS improves shrinkage performance, reduces cracking, and ensures structural durabi

2026-08-21 Blogs

Ground Granulated Blast-Furnace Slag in Cold Climates: How Slag Cement Improves Anti-Freezing Performance

Discover how Ground Granulated Blast-Furnace Slag (GGBS) improves anti-freezing durability in structural concrete through pore refinement and permeabi

2026-08-19 Blogs

GGBS/GGBFS Concrete Anti-Seepage and Anti-Carbonation Ability | Durable Infrastructure

Explore how GGBS/GGBFS enhances anti-seepage and anti-carbonation ability in concrete. A technical deep-dive into pore refinement, durability, and ser