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What is the difference between an asphalt mixing plant and an asphalt mixing plant?

Many people think that since both asphalt mixing plants and asphalt mixing plants are equipment for producing asphalt, there should be no difference between them, even if there is, it is only in appearance and volume. However, asphalt mixing plants and asphalt mixing plants are different in even their basic structure and function.
First, let me introduce the basic structure of an asphalt mixing plant, which includes five major components: material supply system, metering system, mixing system, and electrical control system. In comparison, the structure of an asphalt mixing plant is simpler, without so many components, so its operation and maintenance will be simpler.

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Many people think that since both asphalt mixing plants and asphalt mixing plants are equipment for producing asphalt, there should be no difference between them, even if there is, it is only in appearance and volume. However, asphalt mixing plants and asphalt mixing plants are different in even their basic structure and function.
First, let me introduce the basic structure of an asphalt mixing plant, which includes five major components: material supply system, metering system, mixing system, and electrical control system. In comparison, the structure of an asphalt mixing plant is simpler, without so many components, so its operation and maintenance will be simpler.
Moreover, in an asphalt mixing plant, the aggregate silo is located above the equipment, and the aggregate enters the mixer directly after metering; while in an asphalt mixing plant, it is just the opposite, with the aggregate silo at the bottom, and the aggregate needs to be conveyed by an inclined belt after metering before entering the mixer. It is precisely because the aggregate silo in the asphalt mixing plant is at the top, so the steel structure will be larger, and the inclined belt will be relatively longer, but its production efficiency will also be higher. In actual operation, the energy consumption and failure rate will increase due to the frequent start-up of the inclined belt of the asphalt mixing plant; while the energy consumption and failure rate of the asphalt mixing plant are relatively low. In addition, since the production capacity of the mixing plant is small and the structure is easy to disassemble and assemble, it can be formed into a container transfer location, which is suitable for construction sites.
The asphalt mixing plant belongs to the building structure, with a large volume and high productivity. It can only be used as a fixed mixing device, which is suitable for large-scale water conservancy projects or large-volume asphalt supply. When choosing, users should choose the appropriate equipment based on the number of aggregate lifting times, production efficiency and other aspects.

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    The mobile forced asphalt mixing equipment adopts intermittent drying cylinder, double forced mixer, the main machine can be towed, small footprint, short installation cycle, convenient operation and maintenance, good stability, high degree of automation, high degree of standardization, and high quality of finished products, and the technology of continuous improvement. The mobile forced asphalt mixing plant is suitable for high-grade road asphalt paving and maintenance.
    1. The combined structure of the drum dryer and the batching machine is installed on a movable bracket for easy movement.
    2. The asphalt mixing plant is equipped with a double horizontal shaft to boil the aggregate and ensure uniform mixing.
    3. In the densely arranged hanging barrels, the hot aggregate rises vertically. This lifting tool is easy to use and reliable.
    4. For accurate weighing of aggregates, asphalt and powder ore, a measuring scale is used, which contains a weighing sensor for electronic measurement.
    5. The movement of the power material follows a closed spiral path, which ensures little material loss and provides safe transfer.
    6. On the cyclone burner, high-pressure oil is sprayed out and quickly atomized. In the combustion chamber, the material is fed in a spiral manner and automatically ignited by the oil mist, which ensures combustion efficiency. The cylindrical barrel of the burner is separated from the burner head. The furnace cavity can be pushed in and pulled out, which is convenient for replacing the damaged side column bricks inside the burner. The entire burner has a large heat capacity and high thermal strength. This is cost-effectiveness.