PBA 80-100 TPH Stationary Asphalt Plant

PBA 80-100 TPH Stationary Asphalt Plant

PBA 80-100 TPH Stationary Asphalt Plant

Discover the future of efficient asphalt production withPolygonmach's PBA 80-100 TPH Stationary Asphalt Plant. This high-end equipment is designed to optimize the asphalt production process for substantial construction projects. In this article, we delve into the workings of the PBA 80-100 TPH Stationary Asphalt Plant, its components, assembly process, and what sets it apart from other contenders in the market.

What is the PBA 80-100 TPH Stationary Asphalt Plant?

The PBA 80-100 TPH Stationary Asphalt Plant is a cutting-edge, high-capacity asphalt plant engineered to deliver quality asphalt for various large-scale construction projects. Capable of producing between 80 to 100 tons per hour, this plant assures consistent and high-efficiency operation, facilitating an effective construction process.

Functionality and Advantages:

The PBA 80-100 TPH Stationary Asphalt Plant offers a broad spectrum of benefits and is ideally suited for massive construction projects, including highways, roadways, and commercial complexes. Some key advantages of this plant include:

1. High Production Capacity:

With the capability to produce 80 to 100 tons per hour, the plant accommodates the demands of large-scale construction projects ensuring timely completion.

2. Exceptional Asphalt Quality:

The plant gives precise control over the production process, generating high-quality asphalt in compliance with stringent industry standards.

3. Energy Efficiency:

The energy-optimized design and operational process of the plant minimize energy consumption, offering a cost-effective and environment-friendly choice.

4. Durable and Reliable:

Constructed with top-quality materials, the plant is extremely durable and reliable, reducing maintenance costs and ensuring longevity.

5. Customizable Configurations:

The plant can be customized to meet specific project needs, ensuring maximum productivity and efficiency.

6. Excellent After-Sales Support:

Polygonmach offers comprehensive after-sales support, including maintenance, troubleshooting, and spare parts availability, ensuring flawless operations throughout the plant's lifetime.

Components and Assembly:

The PBA 80-100 TPH Stationary Asphalt Plant comprises several crucial components that harmoniously work together to produce high-quality asphalt. These components include:

Asphalt Mixer

The asphalt mixer, or mixing unit, is a fundamental component of an asphalt plant where the heated aggregates are mixed with the liquid asphalt binder to produce the final asphalt mixture. This critical process takes place under controlled conditions to ensure the homogeneity and quality of the asphalt product. Mixers come in two primary types: batch mixers and drum mixers. Batch mixers mix asphalt in batches, allowing for precise control over the mixture composition and flexibility in producing different types of asphalt for various projects. Drum mixers, on the other hand, mix the materials continuously, providing a more consistent product at higher production rates. The choice between these types depends on the specific needs of the project and operational preferences of the plant.

Aggregate Feeders

Aggregate feeders are responsible for supplying the correct proportion of different sized aggregates into the mixing process. They consist of individual bins or compartments that hold specific aggregate sizes, which are then released according to the asphalt mix design requirements. Controlled by the plant's central control system, these feeders ensure that the aggregate proportions are precise, maintaining the quality and consistency of the asphalt mix. The accurate feeding of aggregates is crucial for achieving the desired properties and performance characteristics of the final pavement.

Drying Drum

The drying drum is key to preparing the aggregates for mixing by removing moisture and bringing them to the required temperature. This rotary drum, equipped with a burner, allows aggregates to tumble through a flame as they pass through the drum, ensuring they are uniformly heated and dried. The drying process is critical, as the presence of moisture in the aggregates can lead to poor bonding with the asphalt binder, resulting in a weaker asphalt pavement. The efficiency of the drying drum directly impacts the quality of the final product and the overall productivity of the asphalt plant.

Filter System

The filter system in an asphalt plant plays a crucial role in environmental protection by capturing and removing dust and particulate matter generated during the aggregate drying and mixing processes. Typically, this system includes a series of baghouse filters or cyclones that trap particles before the exhaust air is released into the atmosphere. Ensuring the air released meets environmental standards, the filter system not only protects the environment but also ensures the plant complies with air quality regulations. Regular maintenance and monitoring of the filter system are essential for its efficient operation and the sustainability of asphalt production.

Bitumen Tanks

Bitumen tanks are dedicated storage containers designed for heating and holding the asphalt binder (bitumen) at a workable temperature until it is needed for mixing with the aggregates. These insulated tanks are equipped with heating elements to maintain the bitumen in a liquid state, facilitating its accurate and efficient mixing with the heated aggregates. The capacity and number of bitumen tanks can vary depending on the size of the asphalt plant and the production requirements, ensuring a continuous supply of binder for uninterrupted asphalt production.

Control System

The control system is the brain of the asphalt plant, overseeing and coordinating the entire production process. This advanced, computer-based system ensures precise measurement and mixing of the aggregates and asphalt binder, control of the heating and drying processes, and overall management of the production flow. Featuring user-friendly interfaces, these control systems enable plant operators to monitor operations in real-time, adjust parameters as needed, and ensure the production of high-quality asphalt. The sophistication of the control system can significantly affect the efficiency, productivity, and flexibility of the asphalt plant, making it a critical component in modern asphalt production.

The assembly process involves setting up the plant's base and structural supports. Next, the aggregate feeders and drying drum are installed. Afterwards, the filter system and bitumen tanks are added. Finally, the control system is configured to ensure seamless and efficient operation.

What Sets Polygonmach Apart?

Polygonmach stands apart from other players in the market for various reasons. First, the company emphasizes advanced research and development, continually innovating to improve asphalt production technology. Second, Polygonmach provides comprehensive training and support, ensuring that clients are fully equipped to operate the PBA 80-100 TPH Stationary Asphalt Plant effectively. Lastly, Polygonmach's commitment to sustainability and cost-effectiveness makes it the preferred choice for industry leaders.


The PBA 80-100 TPH Stationary Asphalt Plant from Polygonmach is a game-changer in the construction industry. By adopting this advanced technology in your projects, you can enjoy superior asphalt quality, efficient operation, and contribute to a sustainable future. Unearth the future of asphalt production with Polygonmach's PBA 80-100 TPH Stationary Asphalt Plant.

PBA 80-100 TPH Stationary Asphalt Plant

PBA 80-100 TPH Stationary Asphalt Plant

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Pioneer in Innovative Technology: Polygonmach

POLYGONMACH is a leading global manufacturer of concrete batchingplants, crushing screening plants, and asphalt plants. With TSE and ISO 9001 quality assurance certifications ans a commitment to innovation, quality, and customer satisfaction, we have established ourselves as a trusted name in the construction industry. Our extensive range of high-performance plants caters to the diverse needs of construction projects, ensuring efficiency, reliability, and durability.


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