The benefits of using volumetric mixers for ready mixed concrete delivery

Concrete delivery is an essential component of many construction projects. Traditionally, ready-mix concrete delivered by a barrel mixer has been the preferred option for most contractors, but recently, volumetric mixers have emerged as a better solution. In this blog, we will discuss the advantages of concrete delivery via a volumetric mixer.

Firstly, a volumetric mixer is a mobile concrete batching plant that produces concrete on-site. This means that the mixer can be brought to the construction site, eliminating the need for transportation of pre-mixed concrete from a remote location with the consequent risk that it is far from fresh when ultimately poured. The risk of delays caused by traffic or unforeseen circumstances is reduced, leading to faster and more predictable project completion times.

Secondly, a volumetric mixer can produce customized concrete mixes to suit the specific requirements of each project. This is achieved by adjusting the proportion of the constituent materials, including cement, water and aggregate, on-site. This level of customization can lead to improved quality and strength of the concrete, resulting in a better end product.

Thirdly, using a volumetric mixer can be more cost-effective than traditional concrete delivery methods. Concrete delivered using a traditional barrel mixer is priced based on a fixed amount, regardless of the actual amount required. However, with volumetric mixers, the amount of concrete produced is precisely measured, reducing both the risk of over-ordering & wastage and the risk of under-ordering. Over-ordering results in unnecessary expense and may incur additional disposal fees. While under-ordering will incur additional delivery charges, and runs the risk of compromised installation integrity resulting from “cold joints” when concrete is poured onto the already setting existing pour.

Fourthly, volumetric mixers can reduce the environmental impact of concrete delivery. By producing the concrete on-site, the carbon emissions associated with transportation are significantly reduced. Additionally, the reduced wastage and customization of mixes can lead to a reduction in the overall environmental impact of the project.

In conclusion, the advantages of concrete delivery via a volumetric mixer are clear. With its ability to produce customized concrete on-site, reduced transportation costs, improved quality and strength of concrete, and environmental benefits, volumetric mixers provide the optimum concrete delivery method. If you are in the construction industry, you should be considering concrete provided by a volumetric mixer for your next project.