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Concrete pumps usually make it easy to make deliveries. Since using them dispenses with the need for employees to both push wheelbarrows and carry heavy loads of concrete mixes, they usually go a long way toward reducing the man-hours needed to complete a project. As it turns out, the benefits of using a concrete pump go beyond reducing the workload that employees have to bear. This is because when properly used, a concrete pump can increase the quality of the finished work. Here is what you should know about how a concrete pump can guarantee higher quality concrete work.
Concrete pumps and reduced effects of cold weather
Extreme cold slows down the curing process. As a result, any concrete work that is performed under extreme cold is usually under threat of having weak bonds. To reduce the effects of low environmental temperatures, ordering ready mix concrete that has been heated is advisable. This is because taking delivery of concrete that is at a higher-than-required temperature usually ensures that the concrete has enough heat to counteract the rapid loss of heat that occurs as a result of low environmental temperature. This then ensures that the concrete mix has enough time to cure under optimum temperatures — something that ensures stronger concrete bonds.
However, if this concrete has to be delivered to various points in a construction site by using wheelbarrows, shovels, and any other manual means of delivery, the extra heat can be lost. It increases the risks of ending up with a half-baked curing process that threatens the quality of the resulting concrete work.
Using a pump is an easy way of avoiding excess heat loss. This is because concrete pump delivery is a faster way of moving concrete. Furthermore, it is possible to insulate the concrete pump, something that will then reduce the risks of having a compromised curing process.
Concrete pumps and quality monitoring
In order for a concrete mix to flow smoothly through a concrete pump's piping system, it has to have a perfect ratio of gravel, cement, water, and other materials. If there is too little or too much water, the pump will get blocked. A blockage will also occur if there is an unproportional amount of coarse material in the mix. As a result, a concrete pump can serve as an indirect way of ensuring that the quality of your work is consistent. In essence, if in the course of the project you notice that the incidences of blockages are on a rise, then there is a likelihood that your concrete mix ratios are off. Making adjustments will not only reduce blockage incidences, but also eliminate inconsistencies in your work.
For more information, contact local professionals like Parsa Construction.