Aaspa Equipment Private Limited

AASPA EQUIPMENT is the leading Road Making & Building Construction Equipments & Machineries exporters, suppliers & manufactures in Ahmedabad (Gujarat) India since 2006.

We manufacture high-quality road construction equipments like asphalt drum mix plants, hot mix plant, concrete batch mix plant, automatic computer rise asphalt drum mix plants, mobile asphalt drum mix plant, wet mix plant, pavers finisher, ready mix concrete batch plant, bitumen spryer, mobile concrete batch mix plant, automatic stationery asphalt drum mix plant capacity upto 20 T.P.H To 150 T.P.H, road cleaning machinery, thermo drum asphalt plant unit, cold aggregate four bin feeder unit, drum mix asphalt plants, asphalt tank, pollutions control, Mechanical Broomer unit etc

ASPA ENTERPRISE was incorporated in the year 1993 under the leadership of Mr.Patel Bhavik and ever since it has grown leaps and bounds turning out very essential machineries, equipments and utilities for the benefit of construction industry. This Endeavour is backed by R&D which consists of highly qualified engineering professionals who continuously innovate, update and render valuable assistance to the company to expand its market share.

The list of availability of the aforesaid products is so exhaustive which meets every requirements of construction industry. While doing this, we keep in mind “customer satisfaction” and that results in acquiring of repeat orders for our products.

This company laid emphasis to offer best of best products which run for a long time thereby establishing confidence in our clientele. Along with our transparent business policies, we also offer hassle free mode of payments, such as, money transfer through Bank, Cash acceptance, Demand Draft, Pay orders. Simultaneously, we keep our commitment to express delivery of ordered items to our customers.

Our future goal is to grow big and acquire premier position in our nation as one of the reputed, technological conglomerates to meet the smaller to bulkier needs of our clientele.

The Aaspa Compact Concrete Batching Plant is a streamlined, efficient, and flexible solution designed for producing high-quality concrete in projects with space constraints or lower production requirements. This type of plant is ideal for smaller to medium-scale construction projects where mobility and compactness are essential, but without compromising on quality and productivity.

1. Space-Efficient Design:

   • The compact design allows the plant to be installed in smaller spaces, making it suitable for urban areas or sites where land area is limited.
   • It offers a simplified structure without sacrificing the key components, making it ideal for construction sites that require high-quality concrete but have space limitations.

2. High Productivity in Limited Space:

   • Despite being compact, the plant provides efficient production rates, typically ranging from 20 m³/h to 60 m³/h, making it ideal for projects with moderate concrete requirements like residential buildings, roads, and small commercial structures.
   • The plant is designed to produce concrete continuously and efficiently with minimal downtime.

3. Ease of Transportation and Setup:

   • The compact nature of the plant makes it easy to transport and set up at the job site. It is ideal for contractors who need to move between multiple projects or those working in temporary setups.
   • The plant can be disassembled and relocated quickly, with easy installation and commissioning processes.

4. Modular Construction:

   • The plant is built with modular components, which means that it can be customized to the specific needs of the user. This modularity also ensures easy expansion if project requirements increase.
   • Modules include aggregates bins, cement silos, mixing units, and control systems, which are all designed for seamless integration and quick installation.

5. Automated Control System:

   • The Aaspa Compact Concrete Batching Plant features an advanced PLC control system for automation. This ensures precise batching and mixing of materials, improving the consistency of concrete produced.
   • Operators can easily monitor and control the entire batching process, with real-time updates on weight, moisture, and mix consistency.

6. Efficient Weighing and Mixing Systems:

   • The plant comes with a high-precision weighing system for aggregates, cement, water, and additives. This ensures that the correct proportions of materials are used for each batch, maintaining consistent concrete quality.
   • A powerful and reliable twin-shaft or planetary mixer is used to ensure homogeneous mixing of all materials, providing high-strength concrete with optimal workability.

7. Low Power Consumption:

   • The plant is designed to operate with minimal energy consumption, making it an economical option for projects that need high efficiency while keeping operating costs low.

8. Robust and Durable:

   • Despite its compact size, the plant is constructed with high-quality materials that ensure long-lasting performance in tough construction environments. The plant is capable of working in challenging weather conditions and on diverse terrain.

9. Environmental Considerations:

   • The dust collection system reduces airborne dust during material handling and batching, making it an environmentally friendly option.
   • It may also include water recycling systems to reduce water wastage, helping to conserve resources and comply with environmental regulations.

The AASPA Reversible Concrete Mixer is designed for the mixing of concrete for ready-mix applications, offering a robust and efficient solution for various construction needs. Here is a general description of its key features and specifications:

1. Reversible Drum Design:

   • The mixer is equipped with a reversible drum that can rotate in both directions: one for mixing and the other for discharging the concrete. This design ensures that concrete is mixed uniformly and discharged quickly and efficiently.

2. Heavy-Duty Construction:

   • Built with a heavy-duty steel frame and reinforced drum, the mixer is durable, capable of withstanding harsh construction environments and providing longevity even under continuous operation.

3. Efficient Mixing:

   • The mixer is designed to provide consistent and homogeneous mixing of concrete, making it suitable for producing ready-mix concrete in various grades and applications, including construction, roadworks, and infrastructure.

The Aaspa Stationary Concrete Batching Plant is a robust, high-performance solution designed for producing large quantities of high-quality concrete in various construction applications. These plants are fixed systems installed at a location for long-term use, ideally suited for large-scale construction projects. Here’s a detailed description of the Aaspa stationary concrete batching plant:

1. Modular Design:

   • The plant's design is modular, allowing for easier transportation, installation, and future upgrades.
   • It consists of separate units for storage, mixing, and batching of materials, which ensures easy operation and maintenance.

2. High Mixing Capacity:

   • Aaspa stationary concrete batching plants offer a range of capacities, typically from 30 m³/h to 240 m³/h, depending on the needs of the project.
   • The plants are capable of continuous operation to produce large volumes of high-quality concrete for demanding projects.

3. Automation Control:

   • These plants come equipped with advanced PLC (Programmable Logic Controller) and SCADA (Supervisory Control and Data Acquisition) systems, ensuring precise control over the batching, mixing, and delivery processes.
   • The system offers features like automatic and manual operation modes, real-time monitoring, and quality control, allowing for efficient production with minimal human intervention.

4. Precision and Quality:

   • The batching process ensures precise and accurate measurements of raw materials (cement, aggregates, sand, and water), leading to high-quality concrete that meets international standards.
   • Automatic load cell-based weighing systems ensure consistent and reliable batching.

5. Multiple Mixer Options:

   • The plant is equipped with high-performance concrete mixers such as twin-shaft mixers or planetary mixers, known for their efficiency and reliability.
   • These mixers deliver a consistent and homogeneous mix, ensuring the best results in terms of concrete quality and workability.

6. High Durability and Robust Construction:

   • The plant is designed to withstand harsh working conditions with high durability and long service life.
   • Made from high-quality steel, it ensures stable performance and reduced wear and tear during continuous use.

7. Environmental Considerations:

   • Aaspa stationary concrete batching plants come with dust collection systems, reducing the environmental impact by minimizing airborne dust during the material handling process.
   • Water recycling systems can be incorporated, helping to reduce water wastage and making the plant more sustainable.

8. Customizable and Flexible:

   • Aaspa offers various customization options to meet the specific needs of different projects, including mixing capacities, configuration of storage silos, and integration with additional equipment like aggregate conveyors or concrete pumps

The Aaspa Mobile Concrete Batching Plant is a highly efficient and flexible solution designed for projects that require mobility, fast setup, and quick relocation. Ideal for projects with varying site locations, this mobile plant can be easily transported and set up, providing high-quality concrete production where it is needed most. It is an excellent choice for contractors working on multiple sites or those who need to move between different construction locations quickly.

1. Compact and Mobile Design:

   • The mobile design allows for easy transportation and installation, making it an ideal solution for sites with limited space or projects that require quick relocation.
   • The plant is designed to be mounted on a single chassis or several mobile trailers, making it compact and mobile, yet capable of producing high-quality concrete at high capacity.

2. Quick Setup and Operation:

   • The modular construction allows for rapid assembly and disassembly, enabling the plant to be operational within hours of arriving at the site.
   • With minimal foundation requirements, the plant can be easily set up on any type of terrain, reducing downtime and increasing productivity.

3. Flexibility and Versatility:

   • The Aaspa mobile concrete batching plant is highly versatile, with the ability to produce different types of concrete mixes, including ready-mix concrete, self-compacting concrete, and precast concrete.
   • It is designed to cater to a wide variety of construction projects, including road construction, bridges, commercial buildings, residential complexes, and infrastructure development.

4. Automatic Control System:

   • The plant comes equipped with a user-friendly, automated control system that ensures precision in batching, mixing, and overall operation.
   • The system uses PLC (Programmable Logic Controller) to maintain consistent and accurate production. Operators can monitor and control all aspects of production, including mix design, material tracking, and performance metrics.

5. Weighing and Mixing Precision:

   • Aaspa mobile batching plants use high-accuracy load cells for weighing aggregates, cement, water, and additives, ensuring that the correct proportions of materials are used for every batch.
   • The plant is equipped with twin-shaft or planetary mixers that deliver a homogeneous and consistent mix, even at high production rates.

6. Durability and Robust Construction:

   • Despite being mobile, the plant is built for heavy-duty performance. It is made of high-quality materials to ensure long-lasting durability, even in harsh working conditions or rugged terrains.
   • The plant can handle continuous operations, making it ideal for large construction projects or multi-phase developments.

7. Environmentally Friendly Features:

   • The Aaspa mobile batching plant includes features such as dust collectors to reduce airborne dust emissions, ensuring a cleaner environment on-site.
   • Water recycling systems can be integrated, allowing for the reuse of water in the batching process, helping to conserve resources and meet environmental regulations.

8. Cost-Effective:

   • The mobile batching plant reduces the need for transporting concrete from off-site locations, thus cutting down on transportation costs and delays.
   • It also minimizes labor costs as the automated system reduces the need for manual interventions, allowing for faster and more efficient production.

The Aaspa Compact Concrete Batching Plant is a streamlined, efficient, and flexible solution designed for producing high-quality concrete in projects with space constraints or lower production requirements. This type of plant is ideal for smaller to medium-scale construction projects where mobility and compactness are essential, but without compromising on quality and productivity.

1. Space-Efficient Design:

   • The compact design allows the plant to be installed in smaller spaces, making it suitable for urban areas or sites where land area is limited.
   • It offers a simplified structure without sacrificing the key components, making it ideal for construction sites that require high-quality concrete but have space limitations.

2. High Productivity in Limited Space:

   • Despite being compact, the plant provides efficient production rates, typically ranging from 20 m³/h to 60 m³/h, making it ideal for projects with moderate concrete requirements like residential buildings, roads, and small commercial structures.
   • The plant is designed to produce concrete continuously and efficiently with minimal downtime.

3. Ease of Transportation and Setup:

   • The compact nature of the plant makes it easy to transport and set up at the job site. It is ideal for contractors who need to move between multiple projects or those working in temporary setups.
   • The plant can be disassembled and relocated quickly, with easy installation and commissioning processes.

4. Modular Construction:

   • The plant is built with modular components, which means that it can be customized to the specific needs of the user. This modularity also ensures easy expansion if project requirements increase.
   • Modules include aggregates bins, cement silos, mixing units, and control systems, which are all designed for seamless integration and quick installation.

5. Automated Control System:

   • The Aaspa Compact Concrete Batching Plant features an advanced PLC control system for automation. This ensures precise batching and mixing of materials, improving the consistency of concrete produced.
   • Operators can easily monitor and control the entire batching process, with real-time updates on weight, moisture, and mix consistency.

6. Efficient Weighing and Mixing Systems:

   • The plant comes with a high-precision weighing system for aggregates, cement, water, and additives. This ensures that the correct proportions of materials are used for each batch, maintaining consistent concrete quality.
   • A powerful and reliable twin-shaft or planetary mixer is used to ensure homogeneous mixing of all materials, providing high-strength concrete with optimal workability.

7. Low Power Consumption:

   • The plant is designed to operate with minimal energy consumption, making it an economical option for projects that need high efficiency while keeping operating costs low.

8. Robust and Durable:

   • Despite its compact size, the plant is constructed with high-quality materials that ensure long-lasting performance in tough construction environments. The plant is capable of working in challenging weather conditions and on diverse terrain.

9. Environmental Considerations:

   • The dust collection system reduces airborne dust during material handling and batching, making it an environmentally friendly option.
   • It may also include water recycling systems to reduce water wastage, helping to conserve resources and comply with environmental regulations.

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:

• 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.

• 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.

• 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.

1. High Strength and Durability:

   • The dense concrete produced in this plant offers excellent compression strength and long-term durability, making it ideal for heavy-duty applications.

2. Superior Resistance to Harsh Environments:

   • DLC provides superior resistance to abrasion, chemical exposure, and harsh weather conditions, making it suitable for high-performance applications such as marine structures and industrial floors.

3. Enhanced Load-Bearing Capacity:

   • Dense Liquid Concrete has enhanced load-bearing properties, making it suitable for use in areas with high vehicular or structural load requirements, such as highways, bridges, and industrial zones.

4. Reduced Maintenance Costs:

   • Due to its superior durability, projects made with DLC require less maintenance over time, leading to reduced operational and repair costs.

5. Customization and Versatility:

   • The plant can be tailored to produce specific types of Dense Liquid Concrete with varying strengths and densities to meet the demands of different projects, ensuring versatility in use.

The AASPA Wet Mix Plant is a type of concrete mixing plant designed to produce high-quality wet mix concrete. This plant is mainly used for road construction, industrial applications, and large-scale infrastructure projects. Wet mix plants are known for their ability to produce homogeneous and consistent concrete mixtures, providing a significant advantage in construction projects. Below are the key benefits of using the AASPA Wet Mix Plant:

• Uniform Mixing: The AASPA Wet Mix Plant ensures consistent and uniform mixing of materials, including aggregates, cement, water, and additives, resulting in high-quality concrete. This uniformity is essential for large-scale projects that require the concrete to meet specific performance standards.
• Homogeneous Mix: The plant guarantees a homogeneous wet mix, which is crucial for the strength and durability of the concrete. It eliminates the risk of uneven mixing, which can compromise the quality and structural integrity of the final product.

• High Production Capacity: The AASPA Wet Mix Plant can handle high-volume production, making it ideal for large construction projects such as highways, flyovers, and other infrastructure works. Its large mixing capacity ensures that the required amount of concrete is produced in a shorter period, improving productivity.
• Continuous Operation: These plants are designed for continuous operation, allowing for the production of large quantities of concrete without interruptions, which is critical for time-sensitive projects.

• Reduced Wastage: The wet mix plant ensures precise batching and mixing, which reduces material wastage. By producing only the required quantity of concrete for each batch, the plant minimizes overproduction and unnecessary use of resources, leading to cost savings.
• Reduced Transportation Costs: Since concrete is mixed on-site, the need to transport ready-mix concrete from a distant batching plant is eliminated, reducing transportation and fuel costs significantly.

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:

• 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.

• 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.

• 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.

A concrete batch plant is a facility used to mix concrete for construction purposes, such as road construction. The primary function of a batch plant is to produce a precise amount of ready-mix concrete for use in building infrastructure projects, including roads, bridges, and highways. Here's a detailed description of a concrete batch plant used in road construction:

1. Batching System: This system is responsible for accurately measuring the various ingredients (cement, aggregates, water, and additives) needed to create concrete. It ensures that each batch is mixed according to the required specifications.

2. Aggregate Storage and Weighing: Aggregates such as sand, gravel, or crushed stone are stored in bins and accurately weighed before being added to the mix. The correct proportion of each material is crucial for achieving the desired concrete strength and durability.

3. Cement Storage: Cement is stored in silos and is weighed or metered into the mix according to the specific recipe. The quality of cement is important for achieving the desired concrete characteristics.

4. Mixing System: The actual mixing of materials occurs in a concrete mixer. There are two main types: batch mixers and continuous mixers. In batch plants, concrete is mixed in batches before being transported to the construction site.

5. Water and Additive Dispensers: Water is added to the mix to create the proper consistency and workability. Additional chemical additives might be included to modify the setting time or strength of the concrete.

6. Control System: Modern concrete batch plants are equipped with automated control systems that monitor and adjust the process. Operators can input mix designs, control ingredient proportions, and ensure consistent production.

7. Transportation Equipment: After the concrete is mixed, it is transferred to mixer trucks or dump trucks, which transport it to the construction site. The concrete must be poured while still workable, so timely delivery is essential.

A concrete batch plant is a facility used to mix concrete for construction purposes, such as road construction. The primary function of a batch plant is to produce a precise amount of ready-mix concrete for use in building infrastructure projects, including roads, bridges, and highways. Here's a detailed description of a concrete batch plant used in road construction:

1. Batching System: This system is responsible for accurately measuring the various ingredients (cement, aggregates, water, and additives) needed to create concrete. It ensures that each batch is mixed according to the required specifications.

2. Aggregate Storage and Weighing: Aggregates such as sand, gravel, or crushed stone are stored in bins and accurately weighed before being added to the mix. The correct proportion of each material is crucial for achieving the desired concrete strength and durability.

3. Cement Storage: Cement is stored in silos and is weighed or metered into the mix according to the specific recipe. The quality of cement is important for achieving the desired concrete characteristics.

4. Mixing System: The actual mixing of materials occurs in a concrete mixer. There are two main types: batch mixers and continuous mixers. In batch plants, concrete is mixed in batches before being transported to the construction site.

5. Water and Additive Dispensers: Water is added to the mix to create the proper consistency and workability. Additional chemical additives might be included to modify the setting time or strength of the concrete.

6. Control System: Modern concrete batch plants are equipped with automated control systems that monitor and adjust the process. Operators can input mix designs, control ingredient proportions, and ensure consistent production.

7. Transportation Equipment: After the concrete is mixed, it is transferred to mixer trucks or dump trucks, which transport it to the construction site. The concrete must be poured while still workable, so timely delivery is essential.

1. High Strength and Durability:

   • The dense concrete produced in this plant offers excellent compression strength and long-term durability, making it ideal for heavy-duty applications.

2. Superior Resistance to Harsh Environments:

   • DLC provides superior resistance to abrasion, chemical exposure, and harsh weather conditions, making it suitable for high-performance applications such as marine structures and industrial floors.

3. Enhanced Load-Bearing Capacity:

   • Dense Liquid Concrete has enhanced load-bearing properties, making it suitable for use in areas with high vehicular or structural load requirements, such as highways, bridges, and industrial zones.

4. Reduced Maintenance Costs:

   • Due to its superior durability, projects made with DLC require less maintenance over time, leading to reduced operational and repair costs.

5. Customization and Versatility:

   • The plant can be tailored to produce specific types of Dense Liquid Concrete with varying strengths and densities to meet the demands of different projects, ensuring versatility in use.

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.

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.

• High loading volume and optimum drive characteristics
• Wear resistant plates and Stetter T protection
• Keeping in mind ever-evolving requirements of our respected clients, we are providing a premium quality range of Tractor.