Introducing Concrete Pulse
Your Monthly Insight into Concrete Technology and Innovation
At SAURASHTRA CEMENT LIMITED, we are proud to present Concrete Pulse, our monthly technical mailer designed to provide valuable insights into the latest trends, innovations, and best practices in the concrete industry. Each edition is carefully curated by our team of experts, offering technical guidance on topics that matter to professionals, customers, influencers, and government officials alike.
This initiative has already connected us with 13,900+ industry leaders and continues to grow as we strive to keep you informed and ahead in this ever-evolving field. Stay tuned for practical knowledge and innovative solutions delivered straight to your inbox!
Latest Newsletters
Issue-72, March-2026
Structural failures and durability-related distress in concrete structures often originate from microscopic deficiencies that remain undetectable through conventional inspection methods. Petrographic analysis has emerged as a powerful investigative tool in forensic structural engineering, providing critical insights into the composition, microstructure, and deterioration mechanisms of construction materials. Acting as a “microscopic witness,” petrographic examination enables engineers to reconstruct the history of concrete, identify hidden defects, and determine root causes of structural failures with a high degree of reliability.
Issue-71, February-2026
Advanced performance-based tests are increasingly used to quantify the reactivity of supplementary cementitious materials (SCMs) in modern concrete systems. While such tests provide valuable information on reaction rate and extent, it often fall short in explaining why different SCMs behave differently, even when their chemical composition or fineness appears similar.
Issue-70, January-2026
Conventional methods for evaluating the reactivity of supplementary cementitious materials (SCMs), such as strength activity index, Frattini test, and lime reactivity tests, have been widely used for material qualification. However, these methods are often time-consuming and provide limited insight into early-age kinetics and reaction mechanisms, particularly for modern and engineered SCMs.
Issue-69, December-2025
Supplementary cementitious materials (SCMs) play a crucial role in modern concrete technology by reducing clinker consumption, improving mechanical performance, and enhancing durability. Their contribution to the cementitious system is governed by their ability to react either pozzolan with calcium hydroxide (CH) or through latent hydraulic mechanisms. Quantifying this “reactivity” is essential for predicting strength development, durability, and the suitability of SCMs for specific applications.
Issue-65, August-2025
The increasing threat of intentional explosions and accidental blast incidents has underscored the need for designing resilient infrastructure capable of withstanding extreme impulsive loads. Conventional reinforced concrete, despite its widespread use, demonstrates inherent limitations such as brittleness and inadequate energy absorption under high strain rate conditions.