Atlas is manufacturer of asphalt mix plant in India. Available of 60-90 tph capacity drum mix plants for sale in worldwide. Also exporter of double drum asphalt plant designed with the user in mind.

It is ideal equipment for permanent installation i.e. where large volumes of hot mix asphalt production are required at a single place. Portability, reliability and durability are the key features of this equipment. A single drum takes care of all the main processes i.e. drying and mixing. This plant can also be altered in future to take care of different needs. It takes up less space, less power and expensive to run compared to the batch type plant. This design allows clean and trouble free operation.

Drum Mix Asphalt Plant

We being the quality Asphalt Drum Mix Plant Manufacturer in India. Atlas stationary asphalt plant mixers will allow you to produce hot mix faster than any other machine. The reason is that Atlas has used quality spare parts and engineered this equipment to perform better. This asphalt equipment will allow you to be ahead of your projects because it will serve you endlessly. The plant can be designed to cater Indian conditions as well as European standards. If you are looking for a stress free and transparent deal, you have come to the right place.

Atlas is one of India’s leading manufacturers and exporter of asphalt drum mix plant for road construction. Plant is available in capacities 40 tph to 120 tph. Capacities higher than 120 tph are tailor made.


Key components:

  • Cold aggregate feeders:
    Each bin comes with individual gates for discharge of aggregates in gathering conveyor belt. Standard configuration is a plant with four bins.
  • Vibrating screen:
    Vibrating screen set up on the charging conveyor belt for removal of oversized aggregates.
  • Charging conveyor:
    Inclined conveyor feeds the drum with aggregates for heating and mixing.
  • Drying and mixing drum:
    Atlas is one quality stationary asphalt plant manufacturers. Who lays emphasis on manufacturing each component with care? The heart of the asphalt drum mix plant the drying and mixing drum. This is where all important process like heating and mixing is done. Dryer drum is fabricated with care and flights are designed for maximum heating and conditioning of the aggregates. The drum is tilted and aggregates enter one end of the drum only to be mixed with bitumen additive material at the latter half of the drum. Hot mix asphalt comes out from the other end of the drum.

Related: Click here to learn about asphalt batching plant.

  • Bitumen tanks:
    Standard configuration plant comes with one bitumen tank. Customer while buying stationary asphalt drum mix plant India can opt for multiple tanks of different capacities.
  • Pollution control systems:
    Dry and wet dust collector work tandem for pollution control in this equipment. Multi cyclone dry dust collector is efficient in trapping heavy dust particles. Venture type dust collector is efficient in trapping the finer dust with the use of water.
  • Filler addition hopper:
    Filler can be added in the mix by the help of a filler hopper.
  • Load out conveyor:
    Load out conveyor with heat resistant belt for getting the hot mix asphalt into the waiting trucks or into storage silo.
  • Storage silo:
    With Atlas asphalt mixing plant you need not worry about production need not stop your plant again and again. Storage silos of various capacities are available on request. Insulated storage silos provide extra time for storage of hot mix asphalt till the arrival of the next truck.
  • Fuel tank for dryer burner:
    Suitable capacity fuel tank for dryer burner is available. If the customer uses more than one fuel, more tanks can be made available.
  • Control panel:
    PLC or microprocessor based control panel are available. PLC control panel offer superior user experience over the competition. Plant controls like burner, load cells, temperature, filler, feeder, bitumen, etc can be controlled by auto or manually. Safety measures in the control panel help to protect critical components by avoiding short-circuit, overloading, etc.