Used all over the world as a structural component in commercial and residential buildings, pavements, roads, bridges, and more, concrete’s use has stood the test of time with awe-inspiring buildings like pyramids, ancient Greek and Roman structures, the Great Wall of China and more.
Concrete is valued for its longevity, versatility, strength, and durability, but there is one thing that can stand in the way — moisture.
Water can be concrete's best friend or worst enemy when it comes to the water-cement ratio. Excess internal moisture often leaves concrete more vulnerable to cracks, corrosions, and deterioration.
Used all over the world as a structural component in commercial and residential buildings, pavements, roads, bridges, and more, concrete’s use has stood the test of time with awe-inspiring buildings like pyramids, ancient Greek and Roman structures, the Great Wall of China and more.
Concrete is valued for its longevity, versatility, strength, and durability, but there is one thing that can stand in the way — moisture.
Water can be concrete's best friend or worst enemy when it comes to the water-cement ratio. Excess internal moisture often leaves concrete more vulnerable to cracks, corrosions, and deterioration.
In this FREE white paper, Roy Cannon, Director of Construction Materials Technology at Pecora Corporation, discusses different problems caused by moisture in concrete, how to test for it and how to avoid excessive moisture in concrete.
Prevention is better than a cure, be proactive and uncover the issues within concrete before they cause damage by downloading the essential white paper — Moisture in Concrete.
