Dust Collector

Product Details:

Industrial air blowers are powerful mechanical devices designed to move air or gas at high volumes and pressures, and they are commonly used across various industrial applications for ventilation, cooling, dust collection, and material handling. Depending on the specific design, air blowers can either increase the velocity or pressure of the air or both, and they are often categorized based on the method of operation.

Types of Industrial Air Blowers

1. Centrifugal Blowers
   These are the most common type of blowers, utilizing centrifugal force to increase air pressure. They have an impeller that spins inside a housing, forcing air outward. This type is often used in HVAC systems, cooling, and dust extraction systems.

   • Applications: Ventilation, cooling, dust collection, material conveying.
   • Advantages: High efficiency, wide range of pressure and flow rates, and reliable.

2. Positive Displacement Blowers
   Positive displacement blowers capture a specific volume of air and then release it under pressure. They are further divided into two types:

   • Roots Blowers: A common type of positive displacement blower, featuring two lobed rotors that trap air and push it through the system.
   • Vane-type Blowers: These feature vanes that move inside a casing to push air.
   • Applications: Wastewater treatment, pneumatic conveying, and combustion air supply.
   • Advantages: Constant airflow, ideal for high-pressure applications.

3. Axial Flow Blowers
   These blowers move air in a linear direction along the axis of the fan blades, unlike centrifugal blowers that move air radially. They are more efficient in applications requiring high flow rates but relatively low pressure.

   • Applications: Large ventilation systems, air circulation, exhaust fans.
   • Advantages: High airflow at low pressure, quieter operation.

Key Components of Air Blowers

1. Impeller/Rotors: The rotating part that accelerates the air.
2. Housing: The casing that contains the impeller and directs airflow.
3. Motor: Powers the blower, typically electric, though it can also be powered by engines in some cases.
4. Inlet/Outlet: Ports where air enters and exits the blower system.
5. Bearings: Support the rotor and reduce friction.

Applications of Industrial Air Blowers

1. HVAC Systems: Blowers are essential for heating, ventilation, and air conditioning systems, moving air to maintain comfortable environments in large buildings.
2. Dust Collection Systems: In industries like woodworking, mining, and manufacturing, blowers help remove fine particles or dust from the air.
3. Cooling Systems: Industrial air blowers are used to cool machinery, parts, and systems, especially in manufacturing plants.
4. Pneumatic Conveying: They are used to transport materials like powders or granules through pipes by air pressure.
5. Material Handling: In some industries, air blowers are used to move lightweight materials such as grains or plastic pellets.
6. Wastewater Treatment: Blowers provide aeration for the biological treatment of wastewater by supplying oxygen to the water.

Factors to Consider When Choosing Industrial Air Blowers

1. Flow Rate (CFM): The volume of air the blower moves per minute, which is crucial to meet specific ventilation or conveying requirements.
2. Pressure (PSI): Some systems require higher pressure to overcome resistance in pipes or ducts.
3. Noise Levels: In noise-sensitive environments, quieter blowers may be preferred.
4. Energy Efficiency: Selecting blowers with energy-saving designs is important for reducing operational costs.
5. Durability and Material: Corrosive environments may require blowers made from specialized materials, like stainless steel or coatings for protection.

Additional Information:

• Production Capacity: 100000
• Delivery Time: As per further discussion
• Packaging Details: Customized

Product Details:

A 20 HP high-pressure centrifugal blower refers to a blower or fan system that is powered by a 20-horsepower (HP) motor and is designed to generate high air pressure, often used for applications that require moving air or gases with significant pressure. Here's an overview of such blowers and their common applications:

Key Features of a 20 HP High-Pressure Centrifugal Blower:

1. Power and Efficiency: The 20 HP motor provides a significant amount of power, enabling the blower to handle high-pressure applications, typically in the range of 4-12 psi (pounds per square inch), although this can vary based on the blower design.
2. Centrifugal Design: Centrifugal blowers operate by using an impeller to accelerate the air or gas and then force it out through a diffuser, creating pressure. This design is ideal for generating high air flow rates and pressures.
3. Construction Materials: These blowers are typically made from durable materials like steel, aluminum, or composite materials to withstand the high pressure and wear over time.
4. Pressure and Flow Range: The blower can produce high static pressure (e.g., 4-12 psi), and can handle various airflows, typically between 1000 CFM to 3000 CFM, depending on the specific design and system needs.
5. Motor Type: The motor is usually electric, though other types like gas or diesel motors are sometimes used in specialized applications.
6. Size and Mounting: These blowers come in various sizes and configurations, including vertical or horizontal mounting options.

Common Applications of a 20 HP High-Pressure Centrifugal Blower:

• Industrial Ventilation: Used in manufacturing plants or workshops to maintain airflow and remove airborne contaminants.
• Dust Collection Systems: Critical in industries like woodworking, cement, or metalworking where high-pressure airflow is needed to carry dust particles to filtration systems.
• Pneumatic Conveying: Used for transporting materials like grains, powders, or pellets through pipelines, especially where higher air pressures are needed to push materials over long distances.
• Aquarium and Fish Farming: Often used for aeration purposes in large aquatic systems to provide the necessary oxygen levels.
• Wastewater Treatment: Provides aeration for processes in wastewater treatment plants, ensuring proper oxygenation of biological treatment systems.
• Drying Systems: In applications like drying agricultural products or industrial materials, where constant high-pressure airflow is necessary to remove moisture.
• Cooling Systems: In industries that require cooling equipment, such as air-cooled heat exchangers, a centrifugal blower helps circulate the air.

Benefits:

• High Efficiency: Suitable for tasks requiring continuous high-pressure airflow, such as material handling or ventilation.
• Robust Design: Built to handle harsh industrial environments.
• Customizable: Available in different configurations to match specific system requirements for pressure and flow.

Maintenance Considerations:

• Regular Inspection: Check for wear and tear on bearings, seals, and impellers.
• Lubrication: Ensure that bearings are adequately lubricated to avoid friction and overheating.
• Cleaning: Periodically clean the intake and exhaust ports to maintain optimal airflow.

Product Details:

A 5 HP High Pressure Centrifugal Blower is a type of industrial blower designed to move air or gases at high pressure and moderate flow rates. These blowers are typically used in applications requiring a significant air pressure boost, such as pneumatic conveying, dust collection systems, cooling systems, and ventilation in industrial environments. Here are some key aspects of a 5 HP high-pressure centrifugal blower:

Key Features:

1. Power Rating:

   • The "5 HP" (Horsepower) refers to the motor power rating, which is approximately 3.73 kW. This is the amount of mechanical power supplied to the blower to drive the fan.

2. High Pressure:

   • High pressure means the blower is capable of generating a significant amount of pressure. It typically has higher static pressure (measured in inches of water column or Pascals) compared to low-pressure blowers, making it suitable for applications like:
     • Air filtration systems
     • Industrial air dryers
     • Pneumatic conveying systems

3. Centrifugal Design:

   • Centrifugal blowers use a rotating impeller to increase the velocity of the air or gas, which is then converted into pressure. The impeller spins rapidly and forces air outward into a diffuser, creating the desired pressure.
   • The design of centrifugal blowers is characterized by a high flow rate and moderate pressure.

4. Application Areas:

   • Dust Collection Systems: To filter out particulate matter from industrial processes.
   • Air Handling Units (AHUs): For providing ventilation in large buildings or manufacturing facilities.
   • Pneumatic Conveying: To transport materials in powder or granular form through pipes.
   • Cooling Systems: To provide high-pressure air for cooling machinery or systems in industries.
   • Aquarium or Aquaculture: High-pressure blowers are used in aeration systems for aquariums or fish farming.

5. Material and Durability:

   • High-pressure blowers are often made from durable materials like cast iron, aluminum, or stainless steel to withstand the high-pressure environment and prevent wear and corrosion.
   • Some models come with corrosion-resistant coatings or impellers designed for handling particular materials like dust, debris, or chemicals.

6. Motor and Efficiency:

   • The motor powering a 5 HP centrifugal blower is typically designed to run continuously at full capacity. The blower’s efficiency is important for minimizing power consumption while maintaining the required airflow and pressure.

7. Size and Dimensions:

   • The size of the blower will vary depending on its specific design and construction. A 5 HP blower is typically considered mid-sized, suitable for moderate to high-flow applications, and can range from compact models to larger industrial designs.

8. Noise and Vibration:

   • High-pressure blowers can generate significant noise levels due to the fast-moving air and high-speed motor. Industrial models are often equipped with sound-damping materials to reduce noise. Additionally, vibration isolation mounts might be used to minimize operational vibrations.

Benefits of 5 HP High Pressure Centrifugal Blowers:

• Efficient Operation: Provides a high volume of airflow at relatively high pressure.
• Durability: Built to withstand harsh conditions in industrial applications.
• Flexibility: Can be used in a wide range of applications, from ventilation to material handling.
• Reduced Maintenance: Modern centrifugal blowers are designed for minimal wear and tear, reducing the frequency of repairs and downtime.

 

Additional Information:

• Production Capacity: 100000
• Delivery Time: As per further discussion
• Packaging Details: Customized

Product Details:

A bag filter (also known as a fabric filter or dust collector) is a type of air pollution control device used to capture particles and dust from air or gas streams. It is commonly used in industrial processes where particulate matter must be removed from exhaust gases before they are released into the atmosphere. Here's an overview of how it works and its applications:

Working Principle:

1. Air/Gas Inlet: The contaminated air or gas enters the bag filter system.
2. Filtration Process: The air is forced through a set of filter bags made of fabric or synthetic materials. The size of the fabric pores determines the efficiency of the filter, as the particulate matter gets trapped on the surface of the filter bags.
3. Dust Collection: The dust particles accumulate on the outside of the filter bags as clean air flows through the fabric.
4. Cleaning Mechanism: Over time, the filter bags become clogged with dust, reducing filtration efficiency. To counter this, the system includes a cleaning mechanism, such as mechanical shaking, compressed air, or reverse air flow, to remove accumulated dust from the bags.
5. Clean Air Exit: After the dust is removed, the purified air exits the system through an exhaust.

Types of Bag Filters:

1. Pulse Jet Bag Filter: A high-pressure pulse of air is used to clean the filter bags.
2. Reverse Air Bag Filter: Reverse air flow is used to clean the bags, typically used in high-dust applications.
3. Shaker Bag Filter: The bags are shaken mechanically to remove dust, often used in smaller applications.

Applications:

• Industrial Processes: Bag filters are used in industries such as cement, steel manufacturing, power plants, chemical processing, and food processing to remove particulate matter from exhaust gases.
• Dust Collection Systems: These are widely employed in workshops and factories where dust is generated, such as woodwork shops, foundries, and mining operations.
• Air Quality Control: Bag filters also play a significant role in maintaining air quality in industrial environments by reducing the emission of particulate matter.

Benefits:

• High Filtration Efficiency: Bag filters can remove up to 99% of the dust particles, depending on the design and filter media used.
• Energy Efficient: They are relatively energy-efficient compared to other dust collection systems.
• Adaptable: Suitable for handling both dry and wet dust.

Maintenance:

Regular cleaning and replacement of filter bags are necessary for optimal performance. Over time, the fabric may wear out, requiring periodic replacement or repair.

Additional Information:

• Production Capacity: 100000
• Delivery Time: As per further discussion
• Packaging Details: Customized

Product Details:

A hydrocyclone filter, also known as a sand separator, is a centrifugal filter that uses centrifugal force to separate solids like sand and other impurities from fluids. It's a high-efficiency device that's designed to be easy to maintain and perform well. Hydrocyclone filters are used in a variety of industries and applications, including: 

• IrrigationHydrocyclone filters can be used to pre-filter water with high sediment loads before irrigation, and to protect irrigation systems and valves from damage. They can also prevent wear and tear on sprinkler nozzles. 
• Water analysisHydrocyclone filters can be used for water analysis in chemistry laboratories. 

Hydrocyclone filters are conical-shaped and are mounted vertically. Water enters the filter through a tangential inlet, which creates a downward spinning motion that presses sediments against the filter body. The sediments accumulate at the bottom of the filter, where a drain valve can be used to flush them out. 


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Additional Information:

• Production Capacity: 10000
• Delivery Time: As per further discussion
• Packaging Details: Customized

Product Details:

The filtering capability of even the best shop vac is not nearly as strong as even a small dust collector. Dust collectors are simply able to pull air and dust at a much greater CFM (cubic feet per minute). A shop vac is strong enough to get the majority of dust, though

Product Details:

Multi Cyclone Dust Collector – Premec engineers specializes in high-efficiency Multi Cyclone Dust Collectors designed to capture and separate fine to medium-sized dust particles from industrial air streams. Featuring multiple smaller cyclone units working in parallel, these dust collectors offer superior dust removal performance with compact design and low operational costs.

Key Features:

• Enhanced Efficiency: Multiple cyclones provide greater surface area for dust separation, improving overall collection efficiency

• Compact & Modular: Space-saving design suitable for high airflow volumes without large footprints

Additional Information:

• Production Capacity: 10000
• Delivery Time: As per further discussion
• Packaging Details: Customized

Product Details:

A Cyclone Separator is a mechanical device used to separate particles from a gas or air stream without using filters, through the use of centrifugal force. It is commonly employed in various industries for dust collection, air pollution control, and in processes that require the removal of solid particles from gas streams.

Here’s a more detailed explanation of how it works:

Working Principle:

1. Inlet: A mixture of gas and particles is introduced tangentially at high velocity into the cyclone separator. The swirling motion causes the gas to spiral inside the cyclone.

2. Centrifugal Force: The swirling motion of the gas creates centrifugal forces that cause the heavier particles (such as dust, ash, or liquid droplets) to move outward toward the wall of the cyclone.

3. Collection of Particles: Due to the centrifugal force, the particles are forced against the cyclone walls and then slide downward to a hopper or collection bin at the bottom of the cyclone.

4. Outlet: The cleaned gas, which is now free of most particles, exits the cyclone separator through a central outlet at the top of the cylinder. This gas may still contain some fine particles, but the cyclone significantly reduces the overall load.

Types of Cyclone Separators:

1. Simple Cyclone: The most basic type, consisting of a vertical cylindrical body with a conical section at the bottom for particle collection.

2. Multi-Cyclone: A system with several smaller cyclones arranged in parallel, often used for applications where higher efficiency is needed.

3. High-efficiency Cyclone: Features a more complex design with additional mechanisms like a vortex finder to improve separation efficiency, often used in industries with very fine particles.

Advantages:

• Low Energy Consumption: Cyclone separators do not require much energy compared to other filtering methods.
• Minimal Maintenance: Since there are no moving parts involved, the maintenance requirements are low.
• Cost-Effective: They are relatively inexpensive to design, install, and operate.
• Versatile: They can handle a variety of particle sizes, from coarse to medium-sized particles.

Disadvantages:

• Limited Fine Particle Collection: Cyclones are less effective at capturing very fine particles (less than 10 microns).
• Pressure Drop: High airflow rates can cause significant pressure drop, which may reduce the efficiency of the system if not properly designed.
• Not Suitable for Gaseous Pollutants: Cyclone separators are designed primarily for particle removal, and cannot effectively filter gases or volatile compounds.

Applications:

• Dust Collection: In industries such as cement, mining, and power generation, cyclone separators are widely used to collect dust and particles from exhaust gases.
• Air Pollution Control: They are used in environmental control systems to reduce airborne particulate matter.
• Chemical and Pharmaceutical Manufacturing: To separate fine powders and particles from gases.
• Woodworking and Metalworking: To remove dust and shavings from the air.

Design Factors:

• Size and Shape: The diameter and height of the cyclone, along with the angle of the cone, determine its efficiency.
• Airflow Rate: The volume of the air passing through the cyclone is crucial for determining the efficiency of particle separation.
• Particle Size Distribution: Cyclones are more efficient at removing larger particles. For finer particles, multi-cyclone systems or additional filtering methods may be required.

In summary, a cyclone separator is an efficient, low-cost method for separating particles from gas streams, making it widely used in various industrial applications.

Product Details:

A Cartridge Type Dust Collector is a specialized air filtration system used in industrial applications to remove dust, debris, and particulate matter from the air. This type of dust collector is widely used in manufacturing, woodworking, and other industries where fine dust is generated, helping to maintain air quality, protect equipment, and comply with safety standards.

Key Features and Components:

1. Cartridge Filters: The main feature of this system is its cartridge filters, which are typically made of pleated fabric or other materials designed to capture fine dust particles. The pleating increases the surface area, allowing for higher filtration efficiency and extended filter life.

2. Housing: The dust collector housing is typically a cylindrical or rectangular structure that contains the cartridge filters. The air enters through an intake and passes through the filters, where dust is captured. Clean air exits the system after filtration.

3. Cleaning Mechanism: Cartridge type dust collectors often have a built-in cleaning mechanism, such as compressed air or pulse-jet cleaning, to remove the accumulated dust from the filter cartridges. This process helps to extend the life of the filters and maintain optimal performance.

4. Dust Storage: The dust collected by the filters is usually deposited into a hopper or dust bin. These systems are often designed for easy removal and disposal of collected dust, either manually or automatically.

5. Airflow: The airflow capacity of a cartridge dust collector can vary depending on the system's size and design. The system is designed to handle the airflow required for a particular application, whether it's a small work area or a large industrial facility.

6. Applications:

   • Woodworking: Collecting sawdust and other particles generated from cutting, sanding, or grinding.
   • Metalworking: Capturing metal dust from grinding, welding, or machining processes.
   • Pharmaceutical and Chemical Industries: Containing and removing hazardous powders or chemicals.
   • Food Processing: Removing flour dust, sugar dust, or other fine particles.

Advantages:

• High Filtration Efficiency: Cartridge dust collectors offer high filtration efficiency, especially for fine dust particles that other types of dust collectors may not capture effectively.
• Compact Design: They are typically smaller and more compact than other types of dust collectors like baghouse systems, making them ideal for facilities with limited space.
• Easy Maintenance: The cleaning mechanisms allow for regular maintenance without the need for manual cleaning of individual filters.
• Energy Efficient: With the ability to clean filters automatically, energy use is optimized, and system downtime is minimized.

Applications:

Cartridge dust collectors are highly effective in industries where fine dust is a concern, such as:

• Woodworking shops (collecting sawdust and wood shavings)
• Metalworking industries (collecting grinding dust or welding fumes)
• Textile and paper industries
• Pharmaceutical and chemical plants (where powders and chemicals may be hazardous)

In conclusion, cartridge type dust collectors are highly efficient air filtration systems suited for industries where fine, airborne particulates need to be removed to maintain a clean, safe work environment.

 

Additional Information:

• Production Capacity: 100000
• Delivery Time: As per further discussion
• Packaging Details: Customized

Product Details:

A suction blower is a mechanical device used to move air or gas through a system, typically to create a vacuum or to remove debris, dust, and other particulates. It works by drawing in air or gas through a duct or pipe and expelling it elsewhere. Suction blowers are commonly used in various applications, such as in industrial settings, HVAC systems, cleaning equipment, and air handling systems. Here are some key details about suction blowers:

Key Features of a Suction Blower:

1. Airflow Direction: Unlike traditional blowers that push air out, a suction blower pulls or sucks air into the device. The airflow is directed into the system, where it is filtered or processed.

2. Applications:

   • Industrial Cleaning: Used in vacuum systems for cleaning large areas, especially in factories or warehouses.
   • Dust Collection: Used in industries like woodworking or metalworking to remove dust and debris from machinery.
   • Air Pollution Control: Employed in systems designed to capture airborne contaminants.
   • HVAC Systems: Sometimes used in air circulation systems to pull air from a space and direct it to filtration or conditioning systems.
   • Vacuum Trucks: Used in mobile systems for sucking up waste or debris from roads or industrial sites.

3. Types:

   • Centrifugal Suction Blowers: Use centrifugal force to draw air in and direct it out through an exhaust.
   • Positive Displacement Suction Blowers: Displace air by creating a partial vacuum, then release it through a discharge port.

4. Motor: Typically powered by electric or gas motors, which provide the necessary force to draw air into the system.

5. Noise: Suction blowers can produce significant noise due to the high-speed air movement, so sound dampening features are often included in more advanced designs.

6. Efficiency: Suction blowers are designed for high efficiency, ensuring they can handle large volumes of air or gas without consuming excessive amounts of energy.

Common Applications:

• Vacuum Cleaners: Household vacuum cleaners often use suction blowers to remove dirt and dust.
• Air Purifiers: Suction blowers in air purifiers help circulate and filter the air.
• Industrial Systems: Used in systems designed to capture dust or fumes from production lines, such as in mining, food processing, or chemical manufacturing.
• Vacuum Conveying: In industries like pharmaceuticals or food processing, suction blowers can be used to transport powders or granules.

In summary, a suction blower is an essential tool for air movement, dust collection, and pollution control in many industrial and commercial environments.

Additional Information:

• Production Capacity: 100000
• Delivery Time: As per further discussion
• Packaging Details: Customized

Product Details:

Capture Wood Dust and Debris:
The primary function of a wood dust collecting machine is to capture fine wood particles (sawdust) and larger debris generated during woodworking processes. This is typically achieved through a system of suction and filtration.Improve Air Quality:
Wood dust can be hazardous to workers' health if inhaled over long periods. By removing airborne dust, the machine helps improve indoor air quality, making the workspace safer for employees and reducing the risk of respiratory diseases, eye irritation, and allergies.

Additional Information:

• Production Capacity: 10000
• Delivery Time: As per further discussion
• Packaging Details: Customized

Product Details:

Pulse Jet Bag Filters, also known as dust collection systems. umiya industries has developed advanced de-dusting designs for these filters, resulting in longer filter bag life, reduced emissions, lower pressure drops, reduced power consumption, improved air-to-cloth ratios, and enhanced performance. These filters also require less floor space. umiya industries offers custom bag filters tailored to meet specific application requirements. Pulse Jet Bag Filters are particularly suited for handling large airflows, high temperatures, or difficult materials.

Fabric filtration, a technique that began over a century ago, remains a highly efficient and practical method for separating solids from air or gas streams. Tubular filter fabrics, both woven and non-woven, are used worldwide in the form of hose bags placed vertically within a housing. To prevent collapse under vacuum or pressure, these bags are supported by metal cages with ventures.

Additional Information:

• Production Capacity: 10000
• Delivery Time: As per further discussion
• Packaging Details: Customized

Product Details:

We are a reputed Manufacturer and Supplier of the finest quality range of Industrial Agitator, Atomizer Gear, Atomizer Shaft, SIG Machine Base, Crate Belt Conveyor, Blow Through Rotary Valve, Direct Steam Injector, Diverter Valve, Fire Nozzle, Ghee Vat, SCM Plant High Heater, Manual Winch, Hydro cyclone Separator, Rotary Valve, etc.

Additional Information:

• Production Capacity: 10000
• Delivery Time: As per further discussion
• Packaging Details: Customized

Product Details:

Multi Cyclone Separators is one of many air pollution control devices known as pre-cleaners since they generally remove larger pieces of particulate matter. A cyclone separator is a unit that helps in separating the solids from the air, gas or liquids without need of any filtering unit. The cyclone separator operates on the principle of centrifugal force.

Additional Information:

• Production Capacity: 10000
• Delivery Time: As per further discussion
• Packaging Details: Customized

Product Details:

 Constructed from durable mild steel and equipped with powerful extraction fans and high-efficiency filters, it maintains a clean, safe workspace while ensuring easy access and minimal maintenance. Built for performance and reliability, this booth is ideal for workshops and manufacturing facilities seeking effective dust control and enhanced air quality.

Additional Information:

• Production Capacity: 10000
• Delivery Time: As per further discussion
• Packaging Details: Customized

Product Details:

Industrial scrubbers are devices used to remove pollutants from industrial exhaust streams. These pollutants include particulates and gases that would be harmful to the environment and human health.

 

 

Scrubbers are used to remove solid particles or liquid droplets from gases. These utilize water to scrub the particles (droplets) by counter current contact.

Additional Information:

• Production Capacity: 100000
• Delivery Time: As per further discussion
• Packaging Details: Customized

Product Details:

Wet Scrubber is usually used for conditioning of fumes. The chemical, toxic element in the fumes is dissolve in the wet scrubber. Scrubbers can be designed to collect particulate matter and/or gaseous pollutants.

Additional Information:

• Production Capacity: 10000
• Delivery Time: As per further discussion
• Packaging Details: Customized

Product Details:

A Welding Fume Collector is a specialized dust collection system designed to capture and remove hazardous welding fumes and gases from the air in welding areas. Welding operations, such as MIG (Metal Inert Gas), TIG (Tungsten Inert Gas), and arc welding, produce a variety of harmful airborne contaminants, including fine particulate matter, gases, and toxic fumes. These fumes are often made up of metals like manganese, chromium, and nickel, which can pose serious health risks to workers if inhaled over prolonged periods.

Additional Information:

• Production Capacity: 10000
• Delivery Time: As per further discussion
• Packaging Details: Customized

Product Details:

Fly Ash Collector – Premec engineers

 specializes in manufacturing Fly Ash Collectors engineered to efficiently capture and control particulate emissions from combustion and industrial processes. Our systems are designed to handle high-temperature, high-volume ash-laden air streams, ensuring environmental compliance and cleaner operations.

Key Features:

• High Collection Efficiency: Up to 99.5% fly ash capture

• Construction: Rugged MS/SS construction with high-temperature-resistant linings

• Filtration System: Multi-stage filtration using bag filters, cyclones, or electrostatic precipitators (as per application)

• Dust Discharge System: Rotary airlocks, screw conveyors, or hopper systems for safe ash disposal

• Temperature Resistance: Designed for continuous operation in temperatures up to 250°C (higher on request)

• Automation: Optional PLC-based control systems for process optimization

• Maintenance: Easy-access doors and modular components for fast servicing

Additional Information:

• Production Capacity: 10000
• Delivery Time: As per further discussion
• Packaging Details: Customized

Product Details:

• Reduced environmental impact
• Clean products, fewer operational disruptions Less mold and extended product shelf life Healthier employees
• Less cleaning
• Reduce heating cost up to 30%

Additional Information:

• Production Capacity: 10000
• Delivery Time: As per further discussion
• Packaging Details: Customized