Asphalt Batch Mix Plant

Top Most Asphalt Batch Mix Plant Manufacturer in India

Asphalt Batch Mixing Plant, cold Mix Plant Exporter

Asphalt batch mix plants manufactured by Mewad Equipments are popular with contractors on highways, urban roads, airports and mega-infrastructure projects due to their durability, efficiency and minimum maintenance. Mewad Equipments is a reliable Asphalt Batch Mix Plant Manufacturer that provides high-quality asphalt batch mix plants engineered to manufacture high-quality asphalt of any nature, according to the requirements of any kind of road construction job.

Our plants include automated controls, efficient drying drums, vibrating screens, large capacity hot bins, and strong mixers that provide the precise grading, ideal temperature control, and equal mixing. We are highly dedicated to innovation and reliability, and have tailored solutions of asphalt batch mix which can be used to serve long-term high-strength road surfaces.

We, as a Precision-engineered asphalt batch mix plant manufacturers, are designed to blend various aggregates, bitumen, and other additives efficiently.

For the fast process, the second batch of the aggregates can be heated at the mixing of the first batch of aggregates. The plant contains independent variable drives and electric motors. Ideal automation is exhibited through the effective procedure of asphalt batching manufacturing. Burners are provided to the dryer. Vibratory screens help to examine the procedure. Hot aggregates are stored in specially built hoppers.

Our asphalt mix plants are proven efficient and fast plants with specially designed equipment and fully computerized controls. The PLC-based system contains digital displays and all required safety systems. A complete system for pollution control helps the plant to run efficiently. Hot mix silos are provided with level indicators and discharge doors.

Product Overview

Key Features of an Asphalt Batch Mix Plant

Several cold aggregate feeder bins balance and feed aggregates of different sizes so that the mix is consistent as required by the mix design requirements.​

Aggregates are dried in a drying drum within a short time and mixed uniformly via a burner that eliminates the moisture and enhances the mixing quality.​

The weighing of aggregates, filler, and bitumen prior to mixing is accurate using load cells, leading to increased quality control and homogeneous batches of asphalt.

The advanced vibrating screens are used to separate and screen the hot aggregates and grade them correctly, so that they are properly sized to produce first-rate pavement.​

This combines a mix of hot bins, weighing systems, and a pugmill mixer and mixes all the ingredients thoroughly to form a homogenous asphalt mix that can be used depending on the grade of the road.​

Designated, temperature-controlled bitumen and minerals hoppers, each with dedicated weighing systems.​

The dust emissions are captured using state-of-the-art bag filters, which assist the plants in meeting the environmental requirements and provide a clean worksite.​

In contemporary plants, the fully automated PLC and SCADA systems enable real-time monitoring and control to guarantee the accuracy and efficiency of the process and also a steady output.​

Each batch of recipes can be varied, which helps to adjust to the needs of each project involving asphalt production and use material recycling when necessary.​

The design enables a large production capacity with mix uniformity and quality that is fundamental in large infrastructure projects.​

How Asphalt Batch Mix Plant Works?

Asphalt Batch Mix Plant Process

1. Storage and Feeding of Raw Materials

The different aggregates, like stones, sand, and gravel of various sizes, are kept in different bins. A feeder system is used to make sure that the right quantity of all materials is supplied to the plant continuously. This will ensure a constant supply of raw materials for constant production.

2. Aggregate Drying and Heating

Aggregates usually have some moisture and can decrease asphalt bonding. The aggregates are heated in the drying drum by a burner (diesel, LDO, or gas-fired) and the moisture is removed. The aggregates are uniformly heated to ensure that they are prepared to mix with bitumen.

3. Screening and Separation

These aggregates are then heated and sorted through vibrating screens that separate the aggregates by size. The properly graded aggregates are then stored in hot bins and mixed. This measure will guarantee that the final asphalt mixture is made up of a uniform composition.

4. Weighing and Proportioning

Accurate weighing of aggregates, bitumen, and fillers (e.g., stone dust or lime) are required to sustain the quality of the asphalt mix. Automated weighing systems can guarantee correct proportions of each batch, minimize errors, and enhance efficiency.

5. Mixing of Materials

In batch plants, mixing is in batches, whereas drum mix plants are continuous. The aggregates, bitumen and fillers are mixed in their entirety to create a homogeneous asphalt mixture that is fit to be paved.

6. Bitumen Heating and Storage

Bitumen is kept in insulated or heated tanks to keep the temperature optimum. It is added to the mixer at the appropriate temperature to produce a uniform coating on aggregates, which yields smooth and high-quality asphalt.

7. Dust and Pollution Control

The contemporary asphalt batch mix plants have baghouse filters or scrubbers to trap dust, smoke, and other emissions. This guarantees environmentally friendly operation and adherence to the regulations of pollution control.

8. Storage and Dispatch of Final Mix

The ready hot mix asphalt is kept in silos where the temperature is maintained until the asphalt is loaded onto trucks. The asphalt is then moved to the paving location to construct or resurface the road.

Benefits of Asphalt Batch Mix Plants

Asphalt batch mix plants offer several benefits over other types of asphalt plants:​

  • Flexibility: Ability to produce various mix designs in the same plant, accommodating different project requirements.​
  • Precision: Accurate weighing and mixing systems ensure consistent quality and adherence to specifications.​
  • Efficiency: Modern automation reduces manual intervention, enhancing productivity and reducing operational errors.​
  • Environmental Compliance: Advanced dust collection systems minimize emissions, making batch plants more environmentally friendly.​

Maintenance Practices for Optimal Performance

Regular maintenance shall be essential for the maintenance of the longevity and performance of the asphalt mixing plant.

Every day inspection Perform an inspection on an important component such as a burner, conveyer, and companion every day to determine wear and tear.

  • Lubrication: Apply appropriate lubricants to moving parts to reduce friction and prevent overheating.​
  • Calibration: Regularly calibrate weighing systems to maintain measurement accuracy and mix consistency.​
  • Cleaning ensures that the plant is clean, especially dust collection structures, to avoid obstructions and to maintain organic conformity.

In parallel, to reduce human error and increase safety, the train ensures that train operators are effectively trained in joint operational and care strategies.

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