Drum Type Hot Mix Plant

A drum type hot mix plant is a continuous asphalt mixing plant in which the first two thirds of the drying drum are dedicated to dehumidification, the correct percentage of asphalt is injected in the last third of the unit, and all materials are thoroughly mixed.
 

A drum type hot mix plant is a common type of asphalt mixing plant, and its advantages include:
Efficiency:
Drum asphalt mixing plants are more productive and can produce asphalt mixtures quickly and continuously.
Flexibility:
Drum asphalt mixing plant is adaptable, relatively simple operation, easy to control, can be adapted to different types and grades of asphalt mixture production.
Reliability:
Drum type asphalt mixing plant adopts advanced mixing technology, uniform and stable mixing, reliable quality.
Environmental protection:
Drum type asphalt mixing plant is equipped with dust removal system and exhaust gas treatment device, which can effectively reduce the emission of dust and exhaust gas, in line with environmental requirements.
High degree of automation:
Asphalt drum mix plant adopts advanced control system and automation technology, which can realize automated operation and remote monitoring, and improve production efficiency and management level.
Small footprint:
The footprint of drum type asphalt mixing plant is relatively small, which can save site costs.
Convenient maintenance:
Drum type asphalt mixing plant has simple structure, low manufacturing and maintenance cost, and relatively low failure rate, which is easy to maintain and manage.

However, there are some disadvantages of drum type hot mix plant:
The production capacity of the drum type asphalt mixing plant is limited, and it is difficult to meet the demand for large-scale production.
 

In summary, the advantages of drum type hot mix plant include high efficiency, flexibility, reliability, environmental protection, high automation, small footprint and easy maintenance. These advantages make the drum type asphalt mixing plant have a wide range of application prospects in asphalt mixture production.