- Cost effective: When anything is manufactured on a massive scale, your costs decrease substantially from having something custom poured.
- Superior quality: Being pre-cast, pilings are checked for every sort of defect before being installed, giving them an additional safety advantage.
- Underwater usage: There are several instances in which the pouring of concrete in certain types of subsoil or other environments won’t set. The use of formed piles easily takes care of that issue.
- Convenience: With a wide selection of piles all ready to go, you are able to select what you need and install them at your convenience.
- Adaptability: Trying to pour the exact shape you need is a thing of the past with concrete pilings available in square, round, octagonal and other shapes.
- Incredible strength: Because of the nature of the piles, the reinforcement used inside is more likely to stay put without getting disturbed or moving its place. They also have high bending and lateral resistance to hold their strength in adverse conditions.
- Eco friendly: With no leftover materials to clean up at the installation site, piles are the most environmentally friendly option when supporting your foundation and in other applications, such as retaining walls, embankments and cofferdams.
- Curved
- Vertical
- Mound
Although the terms cement and concrete are often used interchangeably, cement is actually an ingredient in concrete.
Concrete is basically a mixture of paste and aggregates. The aggregates are crushed stone or sand and gravel; the paste is made of water and Portland cement. Concrete material happens to get stronger as it gets older. Portland cement is not the name of a particular brand of cement; it’s the generic term for the type of cement utilized in almost all concrete (ex: stainless is a type of steel and sterling is a type of silver).
Pervious concrete, also known as "green concrete," is a choice that helps combat building code issues with storm water run-off.
Cement is composed of 10 to 15 percent of the concrete mix, by volume. Then through a process called hydration, the cement and water harden and bring together the aggregates into a rocklike form. This developing and hardening process continues for years, again meaning that concrete gets stronger as it gets older.