Aaspa Equipment Private Limited

Incorporated in the year 2007, we "AASPA EQUIPMENT " are leading manufacturer, exporter and supplier of wide assortment of Asphalt Mobile Drum Mix Plant, Asphalt Mechanical Paver Finisher, Bitumen Pressure Distributor & many more. Our offered product range is widely used in road construction. Situated at Ahmedabad (Gujarat, India), we have constructed a huge infrastructural base that comprises various...  Read More

We would like to introduce ourselves of the Leading Manufacturer amp Exporters of Road amp Building Construction Machineries based at Ahmedabad India Since Many Years Our Range of Products in Includes The following 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 3 Ton Capacities Bitumen Sprayer with Two Engines 9 Reversible Drum type Mobile Concrete Batching Plant 10m3 to 20m3 Capacities 10 Cement Silo 50 Ton 100 Ton Capacity 11 Truck Mounted Bitumen Sprayer 4 Ton 6 Ton amp 8 Ton 12 Road Cleaning Machine Air Blower Type 13 50 hp Twine Lobe Blower 14 D Feeding Systems 30Hp With 50 Hp Blower 15 Thermo plastic Road Marking Machine 16 Crub Cutting Machine 8 Hp 10 Hp 15 Hp 17 Grovh Cutter Machine Rcc Road Cutting amp Asphalt Cutting. Batching Plant Supplier in india.

An AASPA Dust Fix Plant refers to a dust suppression system typically used in industries such as construction, mining, and road building to control and manage dust emissions, improving air quality and ensuring worker safety. The term "AASPA" is often associated with companies like AASPA Equipment, which design, manufacture, and supply various plant and equipment, including those for dust control.

Key Components and Functionality of a Dust Fix Plant:

1. Water Tank / Storage System:

   • AASPA Dust Fix Plants commonly feature a large water tank that stores the water used for dust suppression. The size of the tank can vary depending on the scale of operations.

2. Pump and Piping System:

   • A pump is used to pressurize the water, which is then distributed through a network of pipes and hoses to deliver water or liquid dust suppressants directly onto the dust-generating areas.

3. Spray Nozzles or Fogging Systems:

   • The system typically includes specialized spray nozzles or fogging mechanisms that atomize the water into fine droplets. These droplets bind with dust particles in the air, causing them to fall to the ground.
   • The nozzles are strategically placed to cover the largest possible area where dust is generated, such as material handling sites, roads, or construction zones.

4. Control Panel:

   • Modern AASPA Dust Fix Plants come equipped with electronic control panels to monitor and adjust the water flow, pressure, and other parameters. This allows for precise dust suppression based on environmental conditions.

5. Optional Additives:

   • Sometimes, additives like wetting agents, surfactants, or anti-foaming agents are added to the water to enhance dust control effectiveness, especially in dry or windy conditions.

An AASPA Dust Fix Plant refers to a dust suppression system typically used in industries such as construction, mining, and road building to control and manage dust emissions, improving air quality and ensuring worker safety. The term "AASPA" is often associated with companies like AASPA Equipment, which design, manufacture, and supply various plant and equipment, including those for dust control.

Key Components and Functionality of a Dust Fix Plant:

1. Water Tank / Storage System:

   • AASPA Dust Fix Plants commonly feature a large water tank that stores the water used for dust suppression. The size of the tank can vary depending on the scale of operations.

2. Pump and Piping System:

   • A pump is used to pressurize the water, which is then distributed through a network of pipes and hoses to deliver water or liquid dust suppressants directly onto the dust-generating areas.

3. Spray Nozzles or Fogging Systems:

   • The system typically includes specialized spray nozzles or fogging mechanisms that atomize the water into fine droplets. These droplets bind with dust particles in the air, causing them to fall to the ground.
   • The nozzles are strategically placed to cover the largest possible area where dust is generated, such as material handling sites, roads, or construction zones.

4. Control Panel:

   • Modern AASPA Dust Fix Plants come equipped with electronic control panels to monitor and adjust the water flow, pressure, and other parameters. This allows for precise dust suppression based on environmental conditions.

5. Optional Additives:

   • Sometimes, additives like wetting agents, surfactants, or anti-foaming agents are added to the water to enhance dust control effectiveness, especially in dry or windy conditions.

An AASPA Dust Fix Plant refers to a dust suppression system typically used in industries such as construction, mining, and road building to control and manage dust emissions, improving air quality and ensuring worker safety. The term "AASPA" is often associated with companies like AASPA Equipment, which design, manufacture, and supply various plant and equipment, including those for dust control.

Key Components and Functionality of a Dust Fix Plant:

1. Water Tank / Storage System:

   • AASPA Dust Fix Plants commonly feature a large water tank that stores the water used for dust suppression. The size of the tank can vary depending on the scale of operations.

2. Pump and Piping System:

   • A pump is used to pressurize the water, which is then distributed through a network of pipes and hoses to deliver water or liquid dust suppressants directly onto the dust-generating areas.

3. Spray Nozzles or Fogging Systems:

   • The system typically includes specialized spray nozzles or fogging mechanisms that atomize the water into fine droplets. These droplets bind with dust particles in the air, causing them to fall to the ground.
   • The nozzles are strategically placed to cover the largest possible area where dust is generated, such as material handling sites, roads, or construction zones.

4. Control Panel:

   • Modern AASPA Dust Fix Plants come equipped with electronic control panels to monitor and adjust the water flow, pressure, and other parameters. This allows for precise dust suppression based on environmental conditions.

5. Optional Additives:

   • Sometimes, additives like wetting agents, surfactants, or anti-foaming agents are added to the water to enhance dust control effectiveness, especially in dry or windy conditions.

The AASPA Dust Conditioner offers several significant benefits, particularly in industries where dust suppression and air quality control are essential. Here are the key benefits of using an AASPA Dust Conditioner:

1. Enhanced Dust Suppression:

   • The dust conditioner efficiently binds and conditions dust particles, reducing airborne dust levels, which is crucial for improving air quality in industrial settings.

2. Improved Worker Safety:

   • By reducing dust in the workplace, the risk of respiratory diseases and other dust-related health issues among workers is significantly minimized.

3. Compliance with Environmental Regulations:

   • The AASPA Dust Conditioner helps companies comply with environmental standards and regulations regarding dust pollution and air quality.

4. Increased Operational Efficiency:

   • Dust suppression improves visibility and reduces equipment wear due to dust buildup, contributing to smoother and more efficient operations.

5. Cost-Effective:

   • By preventing dust from settling on equipment and machinery, the conditioner helps extend the lifespan of industrial assets and reduces maintenance costs.

6. Better Productivity:

   • Reduced dust levels lead to improved working conditions, which can boost worker morale and overall productivity in industries such as mining, cement, construction, and manufacturing.

7. Versatile Application:

   • The dust conditioner can be used in various industries, such as construction, cement, mining, power plants, and more, offering a flexible solution for dust management.

8. Reduction in Cleaning and Maintenance:

   • With reduced dust accumulation, the need for frequent cleaning and maintenance of machines, surfaces, and facilities is minimized.

9. Environmentally Friendly:

   • By conditioning dust rather than dispersing it, the dust conditioner helps minimize environmental impact, contributing to sustainability goals.

10. Efficient Dust Control at Source:

    • The AASPA Dust Conditioner targets dust directly at its source, improving the efficiency of dust control systems and providing long-lasting results

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:

1. Improved Efficiency

• 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.

2. Reduced Emissions

• 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.

3. Operational Flexibility

• 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.

4. Improved Burner Reliability

• 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.

5. Cost-Effectiveness

• 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.

An AASPA Dust  Plant refers to a dust suppression system typically used in industries such as construction, mining, and road building to control and manage dust emissions, improving air quality and ensuring worker safety. The term "AASPA" is often associated with companies like AASPA Equipment, which design, manufacture, and supply various plant and equipment, including those for dust control.

Key Components and Functionality of a Dust Fix Plant:

1. Water Tank / Storage System:

   • AASPA Dust Fix Plants commonly feature a large water tank that stores the water used for dust suppression. The size of the tank can vary depending on the scale of operations.

2. Pump and Piping System:

   • A pump is used to pressurize the water, which is then distributed through a network of pipes and hoses to deliver water or liquid dust suppressants directly onto the dust-generating areas.

3. Spray Nozzles or Fogging Systems:

   • The system typically includes specialized spray nozzles or fogging mechanisms that atomize the water into fine droplets. These droplets bind with dust particles in the air, causing them to fall to the ground.
   • The nozzles are strategically placed to cover the largest possible area where dust is generated, such as material handling sites, roads, or construction zones.

4. Control Panel:

   • Modern AASPA Dust Fix Plants come equipped with electronic control panels to monitor and adjust the water flow, pressure, and other parameters. This allows for precise dust suppression based on environmental conditions.

5. Optional Additives:

   • Sometimes, additives like wetting agents, surfactants, or anti-foaming agents are added to the water to enhance dust control effectiveness, especially in dry or windy conditions.

Shell

Heavy duty high strength carbon steel, 4 feet diameter to 10 feet diameter, 100% welded. 3/8"-1/2" thick feed end plate continuously welded to the shell.

High Efficiency Lifters

High efficiency lifters are engineered to provide the best efficiency available for direct fired aggregate drying. Lifter arrangements provide a complete vail within the dryer resulting in high efficiency heat transfer.

Tires

2-3/4"-5" thick x 6"-12" wide high strength steel tires, 100% welded, heat treated and precision machined. Tires are supported on riding bars, which are bolted to the drum for expansion and contraction as required.

Trunnion Rolls

Trunnion rolls are 12"-24" Dia. x 6"-14" wide, precision machined and surface heat treated for Rockwell hardness. Shafts are 3-7/16" dia. to 4-15/16" dia., precision machined and shrink fitted into the trunnion roller. Trunnion rolls are supported by heavy duty spherical roller bearings, with adjustments for permitting uphill or downhill movement of the dryer.

Drive System

Dryers are usually driven by cradle chain and sprocket drive assembly. Pinion and ring gear drive assembly are available upon special request. Heavy duty reducers are coupled with TEFC motors to obtain the optimum shell RPM, resulting in the best fuel efficiency.

Thrust Rolls

Two thrust rolls, precision machined and surface hardened are installed against the tire adjacent to the discharge hood, to keep the drum from moving excessively uphill or downhill.

Feed Hood

Feed hood is to be fabricated from 3/8" carbon steel, and is to be designed to accommodate the burner and injector conveyor.

Burner

Fully automatic oil or combination oil/gas burners are provided with high pressure blowers, solenoid oil valves, air valve and support base completely installed on the bedframe. Includes fuel pump.

Injector Conveyor

Injector conveyor is mounted on the drum mixer bedframe. Includes self centering head and tail pulleys. Belt is to be 2 ply rubber covered belting. Rollers are to be 4" diameter. Conveyor drive is to be TEFC motor with shaft mounted speed reducer.

Inclined Conveyor

Inclined conveyor is to be 36'-45' long with 24"-36" wide belt with 4" or 5" diameter CEMA B rollers spaced apart. Includes self centering lagged head pulley and winged tail pulley, with heavy duty diameter shafts. Includes shaft mounted speed reducer with TEFC motor. Includes electronic weigh scale carriage and load cell. Includes belt speed sensor mounted on the tail pulley.

Scalping Screen

Includes a heavy duty single deck scalping screen with TEFC motor.

Discharge Hood

Discharge hood is to be fabricated from carbon steel and lined with wear plate. Includes 24" x 24" inspection door. The asphalt injection pipe/dust return pipe will be installed through the discharge hood.

Venturi Scrubber

Horizontal type venturi scrubber, with adjustable external venturi and bottom slurry drain, to 40,000 CFM, is installed on the common drum mixer bedframe. Larger sizes are provided on separate portable frames. The venturi is fabricated from abrasion resistant wear plate. Includes a high pressure water pump and water spray nozzles.

Exhaust Fan

Exhaust fans are designed to handle 12,000-80,000 CFM air and are driven by TEFC motors. Includes louvered damper with modulating damper controls. Includes 10' high stack. Exhaust fans, for 4'-7'drum mixers, are installed on the Drum Mixer Bedframe. Larger sizes are installed on a separate scrubber bedframe.
AASPA EQUIPMENT PVT.LTD

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:

Key Components:

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.

Our company is offering high quality array of Construction Machinery Spare Parts. The material used in the manufacturing process is of superior quality. Our machinery spare parts are known for their long lasting life and relentless performance. These construction machinery spares are available in different sizes so as to match the requisites of the customers. The structure of these machinery spare parts is handy which helps in enhancing the performance rate of the machinery. The cost of the construction machinery spare parts is quite reasonable.

Features:

• Lightweight

• Rust-proof

• Durable

• ASPA ENTERPRISE

The Screw Conveyor for AAC Plant is used for transferring powder materials from soils to scale tank in AAC plant. Screw conveyors in modern industry are often used horizontally or at slight incline as an efficient way to move semi solid material, boiler ash and many others. In industrial control applications the device is often used as a variable rate feeder by varying the rotation rate of the shaft to deliver a measured rate or quantity of material into a process. The Screw Conveyor has achieved good international standard. It has new structure and advanced technical specification.

Features:

• The Screw Conveyor has good seal performance
• Good abrasion resistance
• Low noise
• High adaptability
• Easy to operate and easy to maintain
• Wam & Cosband Make

Concrete batching plantshave been designed for maximum efficiency and reliability for producing all types of high quality concretes, with production outputs from 30m³to60 m³per hour.There Ready Mix Concrete Plants are running all over the India in different climatic conditions helping to build better infrastructure, better cities and better life. We are aware of how important is the role of a concrete plant in completing a project. Keeping it in mind we design stable and long lasting structures, AASPA have one of the best after-sales teams which is ready to help in minutes where possible and we use high-quality components which are available worldwide to make sure that our customers rely on equipment they purchased and are not bind to us in solving minor service issues.AASPA is a primary choice of professionals in ready mixed concrete manufacturing for large scale projects like dams or airports. The main features which differentiate AASPA Concrete Batching plant from its competitors are the internal abrasion proof surface and the impervious mixing handles and capacity which comply with every requirement to make it one of the most reliable mixers for concrete plant manufacturers. Salient Features:Minimum aggregate loading heightRobust structure with binsLarge mixer platform for ease of maintenanceAdded safety with Limit Switch in Mixer.Control cabin included in standard scopeDrive through design for increased productivityThe Skip Hoist or Chevron Belt arrangement option for mixer loadingModular design providing flexibility to adopt to different layout requirementsDesigned for ready-mix producers, contractors, precast manufacturers and special applications.Available with 0.33, 0.54, 0.75 cubic meter batch size above Twin Shaft Mixer & Pan MixerAvailable in various capacities 30 cubic meter to 60 cubic meter per hour of compacted concrete output

An AASPA Dust Fix Plant refers to a dust suppression system typically used in industries such as construction, mining, and road building to control and manage dust emissions, improving air quality and ensuring worker safety. The term "AASPA" is often associated with companies like AASPA Equipment, which design, manufacture, and supply various plant and equipment, including those for dust control.

Key Components and Functionality of a Dust Fix Plant:

1. Water Tank / Storage System:

   • AASPA Dust Fix Plants commonly feature a large water tank that stores the water used for dust suppression. The size of the tank can vary depending on the scale of operations.

2. Pump and Piping System:

   • A pump is used to pressurize the water, which is then distributed through a network of pipes and hoses to deliver water or liquid dust suppressants directly onto the dust-generating areas.

3. Spray Nozzles or Fogging Systems:

   • The system typically includes specialized spray nozzles or fogging mechanisms that atomize the water into fine droplets. These droplets bind with dust particles in the air, causing them to fall to the ground.
   • The nozzles are strategically placed to cover the largest possible area where dust is generated, such as material handling sites, roads, or construction zones.

4. Control Panel:

   • Modern AASPA Dust Fix Plants come equipped with electronic control panels to monitor and adjust the water flow, pressure, and other parameters. This allows for precise dust suppression based on environmental conditions.

5. Optional Additives:

   • Sometimes, additives like wetting agents, surfactants, or anti-foaming agents are added to the water to enhance dust control effectiveness, especially in dry or windy conditions.

Advantages of AASPA DLC Plant:

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:

1. Improved Efficiency

• 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.

2. Reduced Emissions

• 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.

3. Operational Flexibility

• 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.

4. Improved Burner Reliability

• 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.

5. Cost-Effectiveness

• 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.

We aare offering Drum Chain sprocket
We are engaged in Manufacturing, Trading and Supply of Industrial Coupling,Industrial Material Handling Equipment, Industrial Sprocket and Industrial Gear etc. These are known for their features like durability, easy installation and light weight.
AASPA