Understanding the Different Types of Lightweight Concrete

The use of a lightweight concrete tends to date back to as early as the 18th century and as the advances in building or construction technology have said to increase, so has the use of lightweight concrete Etobicoke ON as the benefits of the lighter concrete have become more apparent.

The description of the lightweight concrete is very simple- it weighs less because it has a lower density aggregate when compared with the standard concrete. It can range from 35-100 pounds per cubic foot. It also becomes apparent that with both new materials and advancements in technology when tested the lightweight concrete is not created equal.

Where exactly the Lightweight Concretes Differ from each other?

The main difference can be a really significant one; it is the aggregates that are used to form the concrete mixture. Well, these affect not only the finished weight but also determine the process or even the product essential for a successful installation.

Low-Density Natural Aggregate Concrete

The lost-density aggregates are highly volcanic in origin and involve materials like pumice, scoria, tuff, and cinders. The material named Diatomite is also something which is used as the aggregate constituent of lightweight concretes. The benefit of such types of aggregate is that they generally do not require any sort of processing apart from screening and crushing.

High-Performance Concrete

This type of lightweight concrete Etobicoke ON involves proper enhancing the concrete to allow the longer time placement and related requirements, or even for some particular properties of density, volume and even performances in a severe or highly specialized environment. High-performance concrete generally includes not only the use of low-performance aggregates but require some additional admixtures in order to obtain the desired qualities for the finished concrete product.

Cellular or Aerated Concrete

Aerated or cellular concrete is the result is the product as well as the processing. It is generally produced by introducing several tiny air pockets into the mixture of the concrete. This can easily be done through a chemical reaction which is produced by using chemicals like hydrogen peroxide and aluminum powder in the batch mix that tends to develop gas within the concrete mixture.

Having the environmentally conscious development on the rise, the lightweight concrete provides the ideal solution to many. The material is easily available and can be recycled easily and completely, as it I crushed and turned to perfect aggregate for several uses.