As a professional deeply involved in the construction machinery industry, I've witnessed firsthand the challenges faced by construction projects in complex terrains such as rural and mountainous areas. The need for a reliable and efficient concrete mixer that can perform stably in such environments is crucial. Today, I'd like to introduce you to the AS - 2.6 2.6 - cubic - meter self - loading concrete mixer from Henan Guoli Mike Si Technology Co., Ltd., which has shown outstanding performance in complex terrain construction.
In rural and mountainous areas, construction projects often encounter various difficulties. For example, the uneven terrain, narrow roads, and soft ground can significantly affect the movement and operation of construction equipment. According to industry statistics, nearly 60% of construction delays in these areas are related to the poor performance of equipment in complex terrains. The traditional concrete mixers may struggle with low passability, limited maneuverability, and unstable operation, which directly impact the construction efficiency and quality.
The key to the AS - 2.6's excellent performance lies in its unique mechanical design. The articulated frame and engineering tires work in tandem to improve the equipment's flexibility and stability. The articulated frame is like a flexible joint in a human body, allowing the front and rear parts of the mixer to move independently. This design enables the mixer to adapt to different terrain slopes and turns easily. Compared with traditional rigid - frame mixers, the AS - 2.6 can reduce the turning radius by up to 30%, greatly enhancing its maneuverability in narrow spaces.
The engineering tires, on the other hand, are specifically designed for complex terrains. With deeper treads and stronger sidewalls, they provide better grip and load - bearing capacity. In muddy or soft ground conditions, these tires can prevent the mixer from getting stuck and ensure smooth movement. A comparison test showed that the AS - 2.6 with engineering tires could travel 20% faster on muddy roads than similar mixers with ordinary tires.
For operators, the 270 - degree rotating mixing drum is a game - changer. It allows for precise concrete placement, which is essential for ensuring the quality of concrete pouring. When using the rotating mixing drum, there are several key points to note. First, the rotation speed should be adjusted according to the distance and height of the pouring point. A slower speed is usually required for long - distance or high - altitude pouring to ensure accurate placement. Second, the angle of the drum should be carefully controlled to avoid spillage. Through proper training and practice, operators can achieve a concrete placement accuracy rate of over 95%.
Let's take a look at some real - world examples. In a rural construction project in a mountainous area, the AS - 2.6 was used to build a small bridge. The terrain was hilly, and the access road was muddy. Thanks to its articulated frame and engineering tires, the mixer could easily reach the construction site, while other equipment had to be transported in parts. During the concrete pouring process, the 270 - degree rotating mixing drum allowed for precise placement of concrete, ensuring the quality of the bridge's foundation. The project was completed 15% ahead of schedule, and the construction safety was also significantly improved.
If you're involved in small and medium - sized construction projects in complex terrains, the AS - 2.6 2.6 - cubic - meter self - loading concrete mixer from Henan Guoli Mike Si Technology Co., Ltd. is the ideal solution for you. It can help you improve construction efficiency, ensure construction quality, and enhance safety. Click here to learn more about this amazing mixer!
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