The Gulf region faces unique challenges when placing concrete in extreme temperatures. New international standards now reflect regional realities.
Our latest technical bulletin outlines the changes and what they mean for your projects. Download the full technical note.
Reducing concrete’s carbon footprint doesn’t mean sacrificing durability or performance. Here’s how modern chemistry achieves both.
Low-carbon binders are gaining acceptance across MENA region projects. We’ve tested combinations of supplementary cementitious materials that deliver strength comparable to traditional mixes while reducing embodied CO₂ by up to 40%.
Read our full technical comparison to see which approach fits your project requirements.
Three years of continuous monitoring on waterproofing systems across the Gulf has revealed what works—and what doesn’t—in our unique climate.
Our field team has been tracking membrane performance on 12 active projects spanning Saudi Arabia, UAE, and Egypt. The data reveals surprising results about durability under salt spray, UV exposure, and thermal cycling.
Download the full monitoring dataset and our updated application guide.
PCE (Polycarboxylate Ether) superplasticizers have become the standard in high-performance concrete. But how do they actually work?
Our chemists break down the science of PCE molecules and explain why they’re so effective at maintaining slump while reducing water content.
Perfect for engineers preparing specifications or batch plant technicians optimizing mixes.
Spring brings new formulations, updated datasheets, and expanded technical support capacity.
Contact your regional office for technical samples and detailed product information.