Concrete's Evolution in 50 Years

Concrete appears to be a building material that has been utilized for years. However, improvements in ecologically friendly technologies and concrete components have been prevalent in recent years. Here’s how concrete has improved over the last 50 years.

First Uses of Concrete

Concrete was employed in ancient Greece to create archways, tombs, and other structures, some of which still survive today. The original combination consisted of crushed volcanic ash, quicklime, and pumice. Concrete has grown into a more spreadable material, appropriate for both residential and industrial projects.

Concrete’s Evolution

Concrete is used for a variety of purposes nowadays. Depending on the project, there is certainly a concrete kind that is ideal. Concrete variants include:

  • Constuct
  • Self-consolidating
  • Eco-friendly
  • Limecrete

Concrete has a huge variety of uses, which scientists have discovered during the last 50 years. Eco-friendly methods have helped minimize landfill garbage. It is more eco-friendly to recycle old concrete and mix it with asphalt than to dispose of it.

Concrete Improvements

Concrete manufacturing has improved throughout time, enabling for new compositions to be developed, keeping it a versatile component on construction projects. The curing process of concrete has advanced by adding light, wet particles to classic aggregates, enhancing overall structure and durability. Engineers and contractors may now use high-performance concrete for bridge projects where durability is critical. Concrete works well as a component for kitchen countertops, and has grown in popularity in recent years.

Concrete Reliability

Concrete has shown to be strong and versatile over time. Concrete has been used in the workplace and at home for decades. Concrete has become a go-to component for many purposes by improving its composition, ingredients, and method.

  • Driveways
  • Roadways
  • Exteriors
  • Basements
  • Flooring
  • Counters

Consider using concrete in your next project. The structural integrity of a project is important for many reasons, including safety. You need a product that will last and provide value to your project.