Traditional cement has long been the foundation of modern construction, but it faces clear limitations. When exposed to repeated cycles of freezing, thawing, and moisture, it becomes vulnerable to cracking and erosion. The microscopic pores within ordinary Portland cement absorb water, which expands upon freezing and slowly fractures the material from within. Over time, this leads to structural weaknesses in roads, bridges, and buildings. In regions with extreme weather condi

Across North America, the durability of roads and buildings is constantly tested by unpredictable and extreme weather. From freezing winters that cause cracking and expansion to scorching summers that accelerate material fatigue, infrastructure faces continuous stress. Each year, cities spend millions repairing highways, bridges, and foundations weakened by the natural freeze-thaw cycle and water infiltration. The problem is particularly visible in countries like Canada, wher

Extreme weather has always been one of the greatest challenges for infrastructure. Roads, bridges, and buildings exposed to cycles of...

Roads and buildings face constant challenges from extreme weather. In Canada, winter temperatures can drop below –50°C, while summer heat...