Скачать или смотреть Capturing the Full Fingerprint of Your Cement Particles | Anton Paar

Every processing stage leaves its fingerprint on cement particle morphology. The question is: are you capturing it? 💭

Cement performance is strongly defined by particle size and shape. Very fine particles can accelerate hydration and trigger unwanted exothermal setting. Particles that are too large may remain only partially hydrated, reducing overall strength. Shape is just as critical: irregular particles increase water demand and reduce flowability, while spherical particles pack more efficiently and improve consistency. These microstructural factors directly influence hydration, workability, and compressive strength.

🔬 The Litesizer DIF with Liquid Flow Imaging provides both particle size distribution and morphology in a single measurement. A high-speed camera captures images at up to 144 frames per second, generating statistically robust datasets quickly. Laser diffraction delivers precise size distributions, while dynamic image analysis quantifies morphology parameters such as aspect ratio, circularity, and elongation.

📊 This combined approach equips QC teams with reproducible results for faster quality checks and gives R&D teams deeper insight into how processing impacts cement behavior. The outcome is reduced variability, optimized formulations, and consistent performance across applications. ✅

🔎 Explore the instrument specifications here 🔗 https://www.anton-paar.com/yt-short-x...

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