Aaspa Equipment Private Limited

We are offering AE1290 Wet mix Macadam Plant.

With rich industry experience and knowledge, we are offering our clients a Wet Mix Macadam Plant. In order to ensure the quality of this plant, our team of experts tests the entire array of various parameters. Apart from this, we provide our offered plant in different specifications and configurations, in order to meet varied needs of clients. Furthermore, this plant is highly acknowledged for its long lasting performance among our clients.

Features:

• Excellent functionality
• Robust construction
• Corrosion-resistance

Our AE Stationary series offer customers the industry s finest amp proven technical solution latest generation process controls and automation together with total installation and site support aimed to deliver precisely mixed quality asphalt productively and profitably AE design team facilitates custom built asphalt plants to meet specific site demands and requirements In continuing the tradition of providing automation excellence in Road Construction Machinery AE has engineered their Wet Mix Macadam Plant for achieving homogenous mix material to prepare base and sub base in Road Construction Projects Designed to confront the toughest job site requirements and maximum reliability and uptime AE WMM plants have robust structure and quality precision Motivated to meet specific customer requirements PE WMM Plants ranging from 100 to 125 TPH can be tailored as needed Cement stabilization CTAB system and other accessories can be provided as per requirement

Our AE Stationary series offer customers the industry s finest amp proven technical solution latest generation process controls and automation together with total installation and site support aimed to deliver precisely mixed quality asphalt productively and profitably AE design team facilitates custom built asphalt plants to meet specific site demands and requirements In continuing the tradition of providing automation excellence in Road Construction Machinery AE has engineered their Wet Mix Macadam Plant for achieving homogenous mix material to prepare base and sub base in Road Construction Projects Designed to confront the toughest job site requirements and maximum reliability and uptime AE WMM plants have robust structure and quality precision Motivated to meet specific customer requirements PE WMM Plants ranging from 100 to 125 TPH can be tailored as needed Cement stabilization CTAB system and other accessories can be provided as per requirement

Hydrostatic Sensor Paver Finishers by AASPA are advanced, high-performance paving machines designed for the precise and efficient finishing of asphalt or concrete surfaces. These machines are particularly suitable for road construction and infrastructure projects where the quality of the surface finish is critical. Hydrostatic sensor technology enhances the functionality and ease of operation, making AASPA paver finishers highly reliable for smooth and uniform paving applications.

Key Features of AASPA Hydrostatic Sensor Paver Finishers:

1. Hydrostatic Drive System:

   • The hydrostatic drive system in AASPA paver finishers ensures smooth, variable speed control, offering better traction, responsiveness, and precise control over the paver’s movement.
   • The system uses hydraulic pumps and motors to power the tracks, allowing for smooth operation over different terrains and conditions, without the need for manual gear shifting.

2. Sensor-Controlled Leveling System:

   • Sensor-based technology allows for precise leveling of the material being paved, ensuring consistent thickness and smoothness across the surface. This is especially important for maintaining uniformity in road surfaces and concrete slabs.
   • The sensors are mounted on the paver and can adjust automatically based on the terrain or surface being worked on. The system can automatically adjust the screed's position to maintain the correct grade and slope.

3. Versatile Paving Applications:

   • AASPA hydrostatic sensor paver finishers are versatile and can be used for asphalt paving as well as concrete finishing.
   • These machines are ideal for various road construction projects, including highways, urban roads, and airstrips, as well as for paving parking lots, industrial floors, and other large flat surfaces.

4. High-Quality Material Handling:

   • The paver finishers are designed to handle a wide range of paving materials efficiently. The material hopper and distribution system ensure that the asphalt or concrete is evenly spread across the surface for optimal compaction.
   • Some models are equipped with material pre-heating systems that ensure the asphalt or mix is at the right temperature for optimal consistency and performance during paving.

The AASPA Mobile Ready Mix Concrete Batching Plant offers several significant benefits for construction projects, especially those requiring mobility, flexibility, and efficient on-site concrete production. This plant is designed to produce ready-mix concrete quickly and efficiently, directly on the construction site, reducing the need for transporting concrete from remote batching plants. Here are the key benefits:

1. Portability and Flexibility

• Mobile Design: The mobile nature of the AASPA Ready Mix Concrete Batching Plant allows for easy relocation from one site to another. This mobility makes it perfect for projects in remote or multiple locations, such as road construction, dams, and large-scale infrastructure projects.
• Quick Setup: The plant can be set up and ready for use quickly. Since it's mounted on a mobile chassis, it requires minimal groundwork and can be operational in a short period of time, saving valuable project time.

2. Cost-Effective

• Reduced Transportation Costs: With a mobile batching plant, there is no need to transport ready-mix concrete from a distant stationary plant. This reduces costs associated with transportation, especially for large projects that require significant amounts of concrete.
• Reduced Material Wastage: Concrete can be produced on-demand, ensuring precise batching according to the required mix design. This minimizes material wastage, as only the required amount of concrete is mixed and delivered.
• Lower Labor Costs: The automated system of the mobile batching plant reduces the need for manual labor, optimizing the workforce and reducing labor-related costs.

3. Improved Concrete Quality

• Consistent Mixing: The mobile batching plant ensures that the concrete is mixed uniformly according to the required specifications. This leads to high-quality, consistent concrete, which is essential for structural integrity.
• Precision in Proportions: The AASPA mobile batching plant uses automated systems to measure and mix the ingredients precisely, maintaining accurate proportions of cement, aggregates, water, and additives for each batch.
• Fresh Concrete: Since the concrete is mixed on-site, it remains fresh and is delivered at the optimal time for pouring, reducing the risk of premature setting and ensuring better performance.

An AASPA CRMB Plant refers to a Crumb Rubber Modified Bitumen (CRMB) Plant, which is a specialized facility used for the production of modified bitumen. CRMB is a type of bitumen that is enhanced by the addition of crumb rubber (usually derived from recycled tires) to improve its performance in road construction and maintenance. The AASPA CRMB Plant is designed to produce this modified bitumen in large quantities with precise control over the process.

Key Features and Functionality of AASPA CRMB Plant:

1. Crumb Rubber Processing Unit:

   • The primary function of the AASPA CRMB Plant is to blend crumb rubber with bitumen to create Crumb Rubber Modified Bitumen (CRMB).
   • The plant includes a crumb rubber processing unit, where the rubber is finely ground into small particles (crumbs) before being added to the bitumen. This process is essential for achieving the desired consistency and performance in the final product.

2. Bitumen Storage Tank:

   • The plant is equipped with a bitumen storage tank where the base bitumen is stored before modification. The tank is typically heated to maintain the correct viscosity and to facilitate the blending process with crumb rubber.

3. Blending System:

   • The plant has a blending system that thoroughly mixes the crumb rubber with the bitumen at a controlled temperature. This blending is typically done in a high-shear mixer or a mechanical blender that ensures uniform dispersion of rubber particles throughout the bitumen.
   • Temperature control is critical during this process, as the crumb rubber must be fully dissolved into the bitumen for optimal performance. The heating is usually achieved through a combination of direct or indirect heating methods.

4. Crumb Rubber Addition System:

   • The crumb rubber is carefully metered and added to the heated bitumen at a controlled rate. The AASPA CRMB Plant is equipped with a rubber addition system that ensures the correct proportion of rubber to bitumen, typically between 15% to 25% by weight.

5. Reaction Vessel:

   • In some cases, a reaction vessel (or reactor) is used to allow the bitumen and crumb rubber mixture to react for a specific period. This vessel is often equipped with agitators to ensure continuous mixing and to prevent the rubber from settling.
   • The reaction time and temperature are crucial factors that influence the quality of the final CRMB.

An AASPA CRMB Plant refers to a Crumb Rubber Modified Bitumen (CRMB) Plant, which is a specialized facility used for the production of modified bitumen. CRMB is a type of bitumen that is enhanced by the addition of crumb rubber (usually derived from recycled tires) to improve its performance in road construction and maintenance. The AASPA CRMB Plant is designed to produce this modified bitumen in large quantities with precise control over the process.

Key Features and Functionality of AASPA CRMB Plant:

1. Crumb Rubber Processing Unit:

   • The primary function of the AASPA CRMB Plant is to blend crumb rubber with bitumen to create Crumb Rubber Modified Bitumen (CRMB).
   • The plant includes a crumb rubber processing unit, where the rubber is finely ground into small particles (crumbs) before being added to the bitumen. This process is essential for achieving the desired consistency and performance in the final product.

2. Bitumen Storage Tank:

   • The plant is equipped with a bitumen storage tank where the base bitumen is stored before modification. The tank is typically heated to maintain the correct viscosity and to facilitate the blending process with crumb rubber.

3. Blending System:

   • The plant has a blending system that thoroughly mixes the crumb rubber with the bitumen at a controlled temperature. This blending is typically done in a high-shear mixer or a mechanical blender that ensures uniform dispersion of rubber particles throughout the bitumen.
   • Temperature control is critical during this process, as the crumb rubber must be fully dissolved into the bitumen for optimal performance. The heating is usually achieved through a combination of direct or indirect heating methods.

4. Crumb Rubber Addition System:

   • The crumb rubber is carefully metered and added to the heated bitumen at a controlled rate. The AASPA CRMB Plant is equipped with a rubber addition system that ensures the correct proportion of rubber to bitumen, typically between 15% to 25% by weight.

5. Reaction Vessel:

   • In some cases, a reaction vessel (or reactor) is used to allow the bitumen and crumb rubber mixture to react for a specific period. This vessel is often equipped with agitators to ensure continuous mixing and to prevent the rubber from settling.
   • The reaction time and temperature are crucial factors that influence the quality of the final CRMB.