Are you struggling with low construction efficiency in rural self - built houses? The wrong choice of concrete mixing equipment can not only waste time but also affect the quality of your project. In this guide, we'll take you through the ins and outs of selecting the right concrete mixing equipment for rural construction, highlighting real - world pain points and offering practical solutions.
When it comes to rural self - built houses, there are several challenges you might face. Limited space on the construction site can make it difficult to install large - scale equipment. A shortage of labor means you need equipment that is easy to operate. And let's not forget about the rainy season, which can disrupt construction progress. These factors all play a crucial role in your equipment selection.
Let's start by comparing traditional concrete mixers with the AS - 2.6 intelligent model. In terms of production capacity, the AS - 2.6 can produce 10 - 12m³ of concrete per hour, which is a significant improvement compared to ordinary models. Some traditional mixers may only achieve a production of 6 - 8m³ per hour, resulting in a productivity increase of about 44% with the AS - 2.6.
Operation difficulty is another key difference. Traditional mixers often require more manual intervention, which can be time - consuming and labor - intensive. The AS - 2.6, on the other hand, features an intelligent control system that simplifies the operation process. This reduces the need for a large number of workers and minimizes the risk of human error.
Maintenance costs also vary significantly. Traditional mixers may have complex mechanical structures, which can lead to higher maintenance costs over time. The AS - 2.6 is designed with a more streamlined structure, making it easier and cheaper to maintain. For example, the maintenance cost of a traditional mixer can be around $500 per month, while the AS - 2.6 may only cost about $300 per month.
The intelligent control system of the AS - 2.6 is a game - changer. It ensures the stability of concrete quality by precisely controlling the mixing process. With this system, the proportion of raw materials can be accurately measured, reducing the risk of human errors such as over - or under - adding materials. This results in a more uniform and high - quality concrete mixture.
An expert in the construction industry once said, "The intelligent control system in modern concrete mixers is like having a professional engineer overseeing every batch of concrete production." This statement emphasizes the importance of such a system in ensuring the quality of your construction project.
Installing the AS - 2.6 is relatively straightforward. First, make sure the site is level and can support the weight of the equipment. Then, follow the step - by - step installation guide provided by the manufacturer. It usually involves connecting the power supply, water supply, and raw material feeding systems.
When it comes to common problems, such as uneven mixing or overheating of the motor, here are some solutions. If the concrete is not mixed evenly, check the raw material feeding process and make sure the proportion is correct. For motor overheating, check the ventilation system and ensure that the motor is not overloaded.
Let's take a look at a real - world example. A rural construction team in a small village was facing challenges with slow construction progress due to the inefficiency of their traditional mixer. After switching to the AS - 2.6 intelligent mixer, they were able to complete the concrete mixing process in half the time. This not only saved them labor costs but also allowed them to finish the project ahead of schedule.
Selecting the right concrete mixing equipment is crucial for the success of your rural self - built house project. The AS - 2.6 intelligent mixer offers significant advantages in terms of production capacity, operation, and maintenance. If you want to learn more about how this equipment can enhance your construction efficiency and quality, click here to get more information.
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