Aaspa Equipment Private Limited

Being a customer oriented organization, we are deeply engaged in offering a wide array of AES555 Road Sweeping Machine.

Features:

• Simple installation
• Precisely designed
• Less maintenance

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.

• Easy Operation and Less maintenance.
• Designed for the International Market.
• Modern Drum Mix Technology.
• Proper Asphalt Coating and saving.
• Proper Drying and Homogeneous Mixing of Aggregate.
• Less Fuel Consumption.
• Continuous Electronic Belt weighing system with Load cell.
• SCADA / PLC based control panel with online print out facility.
• Schneider make HMI with touch screen.

1) Concrete Batching Plant. (10 m3 to 120 m3 Capacity per Hour)

2) Mobile Concrete Batching Plant. (10 m3 to 30 m3 Capacity per Hour)

3) Wet Mix Plant. (WMM PLANT)(100 T.P.H to 250 T.P.H Capacities)

4) Asphalts Drum Mix Plants. (Hot Mix Plant) (20 T.P.H to 120 T.P.H Capacities)

5) Mobile Asphalts Drum Mix Plants. (Hot Mix Plant) (20 T.P.H to 60 T.P.H Capacities)

6) Asphalt Drum Mix Plant with Wet Mix Plant Duel Purposes. (Up to 90T.P.H Capacities)

7) Asphalts Tank 20Ton, 30Ton, 40Ton, and 50Ton capacity For Asphalts Plants.

8) 2.5 Ton to 3 Ton Capacities Bitumen Sprayer with Two Engines.

9) Reversible Drum type Mobile Concrete Batching Plant. (10m3 to 20m3 Capacities)

10) Truck Mounted Bitumen Sprayer. (4 Ton, 6 Ton & 8 Ton)

11) Mechanical & Hydraulic Broomer. (Road Sweeper Tractor Driven)

12) Road Cleaning Machine. (Air Blower Type)

13) Ready Mix Concrete Plant.

• Compact design
• Easy to operate
• Low maintenance

Aaspa Equipment Pvt.Ltd Automatic Asphalt Drum Mix Plants are manufactured as per the specifications laid down by M.O.R.T & H. (formerly known as M.O.S.T.). The plants are designed and engineered to give trouble-free performance with enhanced fuel efficiency using the latest technology.

Aspa Enterprise constantly upgrade products and cater to customer the world best products, we are supplying our products to customer is exceptionally good quality and world-wide acceptable technology. We provide better after sells support with internationally known products. We provide highly modern electric controls and technology, storage facility with excellent automation support.

Asphalt Drum Mix plant is a continuous mixer in which heating of aggregates, its homogenous mixing and addition of set amount of Bitumen and Filler is done in the Drum itself. The Hot Mix Asphalt manufactured gets dispensed continuously into a truck or conveyed to a storage silo.

Asphalt Drum Mix Plants available with capacity from 20 – 120 TPH. Capacity more-then 120 TPH are as per customer’s requirement.

We would like to introduce ourselves the Leading Manufacturer & Exporters of Road & Building Construction Machineries, based at Ahmedabad (India) Since Many Years ,Our Range of Products in Includes The following:-

Concrete Batching Plant. (10 m3 to 120 m3 Capacity per Hour)Mobile Concrete Batching Plant. (10 m3 to 30 m3 Capacity per Hour)Wet Mix Plant. (WMM PLANT) (100 T.P.H to 250 T.P.H Capacities)4) Asphalts Drum Mix Plants. (Hot Mix Plant) (20 T.P.H to 120 T.P.H Capacities)Mobile Asphalts Drum Mix Plants. (Hot Mix Plant) (20 T.P.H to 60 T.P.H Capacities)Asphalt Drum Mix Plant with Wet Mix Plant Duel Purposes. (Up to 90T.P.H Capacities)Asphalts Tank 20Ton, 30Ton, 40Ton, and 50Ton capacity For Asphalts Plants.2.5 Ton to 3 Ton Capacities Bitumen Sprayer with Two Engines.Reversible Drum type Mobile Concrete Batching Plant. (10m3 to 20m3 Capacities)Truck Mounted Bitumen Sprayer. (4 Ton, 6 Ton & 8 Ton)Mechanical & Hydraulic Broomer. (Road Sweeper Tractor Driven) Road Cleaning Machine. (Air Blower Type)        AASPA

• Unmatched technology
• Superior quality products
• World wide acceptable technology
• Optimum fuel efficiency
• Energy Efficient
• AC Motors
• Easy to establish (Erection Commissioning)
• QUICK availability of spare parts
• Environment friendly
• Easy lubricating and dismantling
• Convenient maintenance and repair
• User Friendly design
• High production rate
• Wide duct to slow down air velocity
• Microprocessor based panel board

• Easy Operation and Less maintenance.
• Designed for the International Market.
• Modern Drum Mix Technology.
• Proper Asphalt Coating and saving.
• Proper Drying and Homogeneous Mixing of Aggregate.
• Less Fuel Consumption.
• Continuous Electronic Belt weighing system with Load cell.
• SCADA / PLC based control panel with online print out facility.
• Schneider make HMI with touch screen.

• Easy Operation and Less maintenance.
• Designed for the International Market.
• Modern Drum Mix Technology.
• Proper Asphalt Coating and saving.
• Proper Drying and Homogeneous Mixing of Aggregate.
• Less Fuel Consumption.
• Continuous Electronic Belt weighing system with Load cell.
• SCADA / PLC based control panel with online print out facility.
• Schneider make HMI with touch screen.

• Easy Operation and Less maintenance.
• Designed for the International Market.
• Modern Drum Mix Technology.
• Proper Asphalt Coating and saving.
• Proper Drying and Homogeneous Mixing of Aggregate.
• Less Fuel Consumption.
• Continuous Electronic Belt weighing system with Load cell.
• SCADA / PLC based control panel with online print out facility.
• Schneider make HMI with touch screen.

• Easy Operation and Less maintenance.
• Designed for the International Market.
• Modern Drum Mix Technology.
• Proper Asphalt Coating and saving.
• Proper Drying and Homogeneous Mixing of Aggregate.
• Less Fuel Consumption.
• Continuous Electronic Belt weighing system with Load cell.
• SCADA / PLC based control panel with online print out facility.
• Schneider make HMI with touch screen.

• Easy Operation and Less maintenance.
• Designed for the International Market.
• Modern Drum Mix Technology.
• Proper Asphalt Coating and saving.
• Proper Drying and Homogeneous Mixing of Aggregate.
• Less Fuel Consumption.
• Continuous Electronic Belt weighing system with Load cell.
• SCADA / PLC based control panel with online print out facility.
• Schneider make HMI with touch screen.

• Easy Operation and Less maintenance.
• Designed for the International Market.
• Modern Drum Mix Technology.
• Proper Asphalt Coating and saving.
• Proper Drying and Homogeneous Mixing of Aggregate.
• Less Fuel Consumption.
• Continuous Electronic Belt weighing system with Load cell.
• SCADA / PLC based control panel with online print out facility.
• Schneider make HMI with touch screen.

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.

The AASPA coal-fired burner, like other advanced coal combustion systems, is designed to efficiently burn coal while minimizing emissions and improving the performance of the system. While specific advantages may vary based on the exact model and application, some general benefits of AASPA or similar coal-fired burners include:

• Higher Combustion Efficiency: Advanced coal burners are designed to ensure better combustion of coal, leading to higher thermal efficiency. This results in more energy being extracted from the same amount of coal.
• Optimized Air-Fuel Ratio: A precise mix of air and fuel ensures complete combustion, reducing wasted fuel and increasing the overall efficiency of the burner.

• Lower NOx and SOx Emissions: AASPA coal burners typically feature technologies aimed at reducing the formation of nitrogen oxides (NOx) and sulfur oxides (SOx), which are harmful pollutants produced during combustion.
• Advanced Combustion Control: These systems often include mechanisms to optimize the combustion process, leading to reduced particulate matter and other harmful emissions.

• Versatility in Coal Types: The burners are often designed to handle a variety of coal grades, from low to high sulfur content, enabling flexibility in fuel selection.
• Wide Load Range: Many advanced coal-fired burners can operate efficiently across a broad range of loads, making them adaptable to changing energy demands.

• Durability and Long Lifespan: Modern AASPA coal burners are built with high-quality materials and engineering designs that ensure long-lasting performance and reliability, even in harsh operating conditions.
• Reduced Maintenance Costs: Efficient combustion systems generally require less frequent maintenance due to reduced wear and tear, leading to lower operational costs over time.

• Lower Fuel Costs: With improved combustion efficiency, the burner can reduce the amount of coal required for the same energy output, leading to significant savings on fuel.
• Reduced Operational Costs: Due to the burner’s efficiency and lower emission levels, operational costs, including fuel consumption and maintenance, are often reduced.

• Easy Operation and Less maintenance.
• Designed for the International Market.
• Modern Drum Mix Technology.
• Proper Asphalt Coating and saving.
• Proper Drying and Homogeneous Mixing of Aggregate.
• Less Fuel Consumption.
• Continuous Electronic Belt weighing system with Load cell.
• SCADA / PLC based control panel with online print out facility.
• Schneider make HMI with touch screen.

The AASPA coal-fired burner, like other advanced coal combustion systems, is designed to efficiently burn coal while minimizing emissions and improving the performance of the system. While specific advantages may vary based on the exact model and application, some general benefits of AASPA or similar coal-fired burners include:

• Higher Combustion Efficiency: Advanced coal burners are designed to ensure better combustion of coal, leading to higher thermal efficiency. This results in more energy being extracted from the same amount of coal.
• Optimized Air-Fuel Ratio: A precise mix of air and fuel ensures complete combustion, reducing wasted fuel and increasing the overall efficiency of the burner.

• Lower NOx and SOx Emissions: AASPA coal burners typically feature technologies aimed at reducing the formation of nitrogen oxides (NOx) and sulfur oxides (SOx), which are harmful pollutants produced during combustion.
• Advanced Combustion Control: These systems often include mechanisms to optimize the combustion process, leading to reduced particulate matter and other harmful emissions.

• Versatility in Coal Types: The burners are often designed to handle a variety of coal grades, from low to high sulfur content, enabling flexibility in fuel selection.
• Wide Load Range: Many advanced coal-fired burners can operate efficiently across a broad range of loads, making them adaptable to changing energy demands.

• Durability and Long Lifespan: Modern AASPA coal burners are built with high-quality materials and engineering designs that ensure long-lasting performance and reliability, even in harsh operating conditions.
• Reduced Maintenance Costs: Efficient combustion systems generally require less frequent maintenance due to reduced wear and tear, leading to lower operational costs over time.

• Lower Fuel Costs: With improved combustion efficiency, the burner can reduce the amount of coal required for the same energy output, leading to significant savings on fuel.
• Reduced Operational Costs: Due to the burner’s efficiency and lower emission levels, operational costs, including fuel consumption and maintenance, are often reduced.

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 coal-fired burner, like other advanced coal combustion systems, is designed to efficiently burn coal while minimizing emissions and improving the performance of the system. While specific advantages may vary based on the exact model and application, some general benefits of AASPA or similar coal-fired burners include:

• Higher Combustion Efficiency: Advanced coal burners are designed to ensure better combustion of coal, leading to higher thermal efficiency. This results in more energy being extracted from the same amount of coal.
• Optimized Air-Fuel Ratio: A precise mix of air and fuel ensures complete combustion, reducing wasted fuel and increasing the overall efficiency of the burner.

• Lower NOx and SOx Emissions: AASPA coal burners typically feature technologies aimed at reducing the formation of nitrogen oxides (NOx) and sulfur oxides (SOx), which are harmful pollutants produced during combustion.
• Advanced Combustion Control: These systems often include mechanisms to optimize the combustion process, leading to reduced particulate matter and other harmful emissions.

• Versatility in Coal Types: The burners are often designed to handle a variety of coal grades, from low to high sulfur content, enabling flexibility in fuel selection.
• Wide Load Range: Many advanced coal-fired burners can operate efficiently across a broad range of loads, making them adaptable to changing energy demands.

• Durability and Long Lifespan: Modern AASPA coal burners are built with high-quality materials and engineering designs that ensure long-lasting performance and reliability, even in harsh operating conditions.
• Reduced Maintenance Costs: Efficient combustion systems generally require less frequent maintenance due to reduced wear and tear, leading to lower operational costs over time.

• Lower Fuel Costs: With improved combustion efficiency, the burner can reduce the amount of coal required for the same energy output, leading to significant savings on fuel.
• Reduced Operational Costs: Due to the burner’s efficiency and lower emission levels, operational costs, including fuel consumption and maintenance, are often reduced.

The AASPA coal-fired burner, like other advanced coal combustion systems, is designed to efficiently burn coal while minimizing emissions and improving the performance of the system. While specific advantages may vary based on the exact model and application, some general benefits of AASPA or similar coal-fired burners include:

• Higher Combustion Efficiency: Advanced coal burners are designed to ensure better combustion of coal, leading to higher thermal efficiency. This results in more energy being extracted from the same amount of coal.
• Optimized Air-Fuel Ratio: A precise mix of air and fuel ensures complete combustion, reducing wasted fuel and increasing the overall efficiency of the burner.

• Lower NOx and SOx Emissions: AASPA coal burners typically feature technologies aimed at reducing the formation of nitrogen oxides (NOx) and sulfur oxides (SOx), which are harmful pollutants produced during combustion.
• Advanced Combustion Control: These systems often include mechanisms to optimize the combustion process, leading to reduced particulate matter and other harmful emissions.

• Versatility in Coal Types: The burners are often designed to handle a variety of coal grades, from low to high sulfur content, enabling flexibility in fuel selection.
• Wide Load Range: Many advanced coal-fired burners can operate efficiently across a broad range of loads, making them adaptable to changing energy demands.

• Durability and Long Lifespan: Modern AASPA coal burners are built with high-quality materials and engineering designs that ensure long-lasting performance and reliability, even in harsh operating conditions.
• Reduced Maintenance Costs: Efficient combustion systems generally require less frequent maintenance due to reduced wear and tear, leading to lower operational costs over time.

• Lower Fuel Costs: With improved combustion efficiency, the burner can reduce the amount of coal required for the same energy output, leading to significant savings on fuel.
• Reduced Operational Costs: Due to the burner’s efficiency and lower emission levels, operational costs, including fuel consumption and maintenance, are often reduced.

• Easy Operation and Less maintenance.
• Designed for the International Market.
• Modern Drum Mix Technology.
• Proper Asphalt Coating and saving.
• Proper Drying and Homogeneous Mixing of Aggregate.
• Less Fuel Consumption.
• Continuous Electronic Belt weighing system with Load cell.
• SCADA / PLC based control panel with online print out facility.
• Schneider make HMI with touch screen.