Selection of Asphalt Stations

When we are carrying out some construction projects, due to the differences in production situations, we need to choose a suitable asphalt mixing plant for production in order to achieve good profits. So, when choosing an asphalt mixing plant, what factors should be comprehensively considered?

Regarding this, it needs to be considered in conjunction with the existing production situation, mainly focusing on the performance and stability of the equipment's operation. In addition, when choosing an asphalt mixing plant, it is also necessary to meet the requirements of high measurement accuracy, good mixing quality, high work efficiency, and low energy consumption.

The price of equipment is a question that every user will consider, as it involves many aspects. When choosing an asphalt mixing plant, it is necessary to choose products with higher cost-effectiveness based on the actual situation.

In summary, when choosing an asphalt mixing plant, it is necessary to consider the actual situation and select suitable equipment according to the requirements of the above aspects. It is not necessary to blindly pursue low prices or quality.

1. Module design makes handling and installation faster and more convenient;

2. The unique design of the mixing blades, coupled with the highly powered mixing cylinder, makes mixing easy, reliable, and efficient;

3. The use of imported vibration motors to drive the vibrating screen greatly improves efficiency and reduces equipment failure rates;

4. Bag dust collectors are placed in the drying state, above the drum, to reduce heat loss, save space and fuel;

5. The bottom of the silo has a relatively fixed structure, which greatly reduces the footprint of the equipment and eliminates the space for lifting the finished material lane, thereby reducing the equipment failure rate;

6. The use of double row plates to lift aggregates has increased the service life of the hoist and improved its operational stability;

7. Adopting a dual machine fully automatic control computer/manual control system, with a fault automatic diagnosis program that is easy to operate and safe.