Made on
Tilda
Using nano-silica or carbon nanotubes to fill microscopic pores, making concrete virtually impenetrable by water or salt. Self-Cleaning Surfaces: Adding Titanium Dioxide ( TiO2cap T i cap O sub 2
The history of admixtures is as old as the Roman Empire . Long before modern chemistry, Roman builders experimented with organic "potions" to make their concrete more workable and durable. They added , blood , and eggs to their mixes. These proteins acted as primitive air-entraining agents, helping the concrete withstand freeze-thaw cycles and making it easier for laborers to pour into the massive forms of the Pantheon. The Chemical Revolution: Master of Flow Science and technology of concrete admixtures
In the world of construction, concrete was once a simple three-ingredient recipe: cement, water, and stone. But as the skyline grew taller and the environment more demanding, engineers realized that "good enough" was no longer enough. This is the story of the hidden alchemists of construction—. The Ancient Origins: Blood, Sweat, and Eggs Using nano-silica or carbon nanotubes to fill microscopic
Fast-forward to the 20th century, and the industry faced a paradox: builders needed concrete that flowed like water to fill complex steel reinforcements, but adding too much water made the final structure weak and porous. They added , blood , and eggs to their mixes
Chemicals that combat the natural "tightening" of drying concrete to prevent cracks before they even start.
) so that sunlight breaks down pollutants on the building's surface.
Lowers water content while maintaining flow.