Mesotech Engineering Systems

We are engaged in offering 1500m3/h Mild Steel Pulse Jet Dust Collector to our clients. Our range of all products is widely appreciated by our clients. A pulse jet dust collector is an industrial, continuous-duty dry filtration system that removes particulate matter from air using fabric filter bags or cartridges. It features an automatic cleaning mechanism, where periodic, high-pressure compressed air pulses dislodge accumulated dust from the bags into a hopper without stopping the operation. 

1. 
   Key Components and Operation
   • Filter Bags/Cartridges: These are cylindrical, fabric-based, and supported by cages, trapping fine particles on the exterior.
   • Compressed Air System: Includes a header, solenoids, and blow pipes (or venture tubes) located above the bags that release bursts of air to clean them.
   • Housing/Plenum: Divided into a dirty air chamber and a clean air plenum by a tube sheet.
   • Hopper and Discharge: The conical bottom collects dislodged dust, which is often removed by a rotary airlock valve. 
   Key Features and Benefits
   • Continuous Operation: The system cleans itself "online" (without shutting down), ensuring uninterrupted production.
   • High Efficiency: Designed for high dust loads and capable of filtering fine particulates.
   • Automatic Cleaning: A pressure sensor (differential pressure switch) triggers the pulse, optimizing compressed air usage based on filter cake thickness.
   • Applications: Commonly used in industries like cement, chemical, power, and metalworking for air pollution control.
   • Versatile Media: Bag materials can be selected based on temperature and chemical resistance, such as Polyester, Nomex, or PTFE. 

Key Components and Operation

• Filter Bags/Cartridges: These are cylindrical, fabric-based, and supported by cages, trapping fine particles on the exterior.
• Compressed Air System: Includes a header, solenoids, and blow pipes (or venture tubes) located above the bags that release bursts of air to clean them.
• Housing/Plenum: Divided into a dirty air chamber and a clean air plenum by a tube sheet.
• Hopper and Discharge: The conical bottom collects dislodged dust, which is often removed by a rotary airlock valve. 

Key Features and Benefits

• Continuous Operation: The system cleans itself "online" (without shutting down), ensuring uninterrupted production.
• High Efficiency: Designed for high dust loads and capable of filtering fine particulates.
• Automatic Cleaning: A pressure sensor (differential pressure switch) triggers the pulse, optimizing compressed air usage based on filter cake thickness.
• Applications: Commonly used in industries like cement, chemical, power, and metalworking for air pollution control.
• Versatile Media: Bag materials can be selected based on temperature and chemical resistance, such as Polyester, Nomex, or PTFE. 
• Working Mechanism Filtration: Dirty air enters, and dust collects on the outside of the bags.
  1. Pulse Cleaning: A solenoid valve releases a rapid blast of compressed air into the bag, causing a shockwave that flexes the fabric and shakes off the dust cake.
  2. Collection: The dislodged dust falls into the hopper for removal. 

Additional Information:

• Production Capacity: 15-20
• Delivery Time: 10days
• Packaging Details: As per customer requirement

As companies in India and globally work towards cleaner and more sustainable work environments, Mesotech’s advanced dust collection solutions play a crucial role. Our Pulse Jet Dust Collector Systems offer high-efficiency filtration, compact design, and cutting-edge cleaning technology-making them ideal for modern industrial applications.

If you’re looking for reliable and high-performance dust collector systems, Mesotech provides durable, low-maintenance, and cost-effective solutions tailored to your specific needs.

What is Pulse Jet Dust Collector?

A Pulse Jet Dust Collector System is an air filtration device designed to capture airborne particles, primarily dust, in industrial settings. These systems use high-pressure air pulses to clean filters, ensuring minimal downtime while maximizing filtration efficiency.

Commonly used in industries such as cement, chemicals, pharmaceuticals, and steel manufacturing, this dust collection equipment is ideal for handling fine particles and maintaining compliance with environmental regulations.

Features and Benefits of Pulse Jet Dust Collection:

Our Pulse Jet Dust Collector System Manufacturers in India are celebrated for their exceptional durability, efficiency, and superior performance. Key features include:

 

• High Filtration Efficiency: Effectively captures both large and fine particles, ensuring cleaner air and a healthier workspace.
• Low Operational Costs: The advanced self-cleaning pulse jet technology reduces the need for frequent maintenance, resulting in cost savings over time.
• Compact Design: Designed to fit into a variety of spaces, these systems are perfect for industries with limited floor space, maximizing operational efficiency.
• Versatility: Capable of filtering a wide range of dust types, including sticky or oily particles, making them ideal for diverse industries and environments.

Applications:

Our Pulse Jet Dust Collector System suppliers and exporters in India are widely used across various industries in India due to their ability to efficiently manage different types of dust and provide high-performance filtration. Below are some of the key industries where these systems are extensively utilized:

• Cement Industry: Essential for capturing fine dust generated during cement manufacturing, ensuring compliance with air quality standards and protecting the health of workers.
• Pharmaceutical Industry: Used for maintaining clean and sterile environments by effectively filtering out powder particles, thus ensuring the quality of pharmaceutical products.
• Chemical and Petrochemical Industries: Crucial for controlling hazardous dust particles and fumes, safeguarding both the environment and the health of workers in volatile processing areas.
• Steel and Metal Processing: Important for removing metal dust and particles from the air, helping to maintain a safe and healthy work environment for workers involved in metal processing operations.
• Food Processing Industry: Plays a vital role in filtering fine dust and powder particles, which is critical for maintaining hygiene standards and preventing contamination in food products.

We are engaged in offering 1000m3/h Mild Steel Pulse Jet Dust Collector to our clients. Our range of all products is widely appreciated by our clients.

Additional Information:

• Production Capacity: 5
• Delivery Time: 3 Weeks

We are engaged in offering 2000m3/h Mild Steel Pulse Jet Dust Collector to our clients. Our range of all products is widely appreciated by our clients. A pulse jet dust collector is an industrial, continuous-duty dry filtration system that removes particulate matter from air using fabric filter bags or cartridges. It features an automatic cleaning mechanism, where periodic, high-pressure compressed air pulses dislodge accumulated dust from the bags into a hopper without stopping the operation. 

1. 
   Key Components and Operation
   • Filter Bags/Cartridges: These are cylindrical, fabric-based, and supported by cages, trapping fine particles on the exterior.
   • Compressed Air System: Includes a header, solenoids, and blow pipes (or venture tubes) located above the bags that release bursts of air to clean them.
   • Housing/Plenum: Divided into a dirty air chamber and a clean air plenum by a tube sheet.
   • Hopper and Discharge: The conical bottom collects dislodged dust, which is often removed by a rotary airlock valve. 
   Key Features and Benefits
   • Continuous Operation: The system cleans itself "online" (without shutting down), ensuring uninterrupted production.
   • High Efficiency: Designed for high dust loads and capable of filtering fine particulates.
   • Automatic Cleaning: A pressure sensor (differential pressure switch) triggers the pulse, optimizing compressed air usage based on filter cake thickness.
   • Applications: Commonly used in industries like cement, chemical, power, and metalworking for air pollution control.
   • Versatile Media: Bag materials can be selected based on temperature and chemical resistance, such as Polyester, Nomex, or PTFE. 

Key Components and Operation

• Filter Bags/Cartridges: These are cylindrical, fabric-based, and supported by cages, trapping fine particles on the exterior.
• Compressed Air System: Includes a header, solenoids, and blow pipes (or venture tubes) located above the bags that release bursts of air to clean them.
• Housing/Plenum: Divided into a dirty air chamber and a clean air plenum by a tube sheet.
• Hopper and Discharge: The conical bottom collects dislodged dust, which is often removed by a rotary airlock valve. 

Key Features and Benefits

• Continuous Operation: The system cleans itself "online" (without shutting down), ensuring uninterrupted production.
• High Efficiency: Designed for high dust loads and capable of filtering fine particulates.
• Automatic Cleaning: A pressure sensor (differential pressure switch) triggers the pulse, optimizing compressed air usage based on filter cake thickness.
• Applications: Commonly used in industries like cement, chemical, power, and metalworking for air pollution control.
• Versatile Media: Bag materials can be selected based on temperature and chemical resistance, such as Polyester, Nomex, or PTFE. 
• Working Mechanism Filtration: Dirty air enters, and dust collects on the outside of the bags.
  1. Pulse Cleaning: A solenoid valve releases a rapid blast of compressed air into the bag, causing a shockwave that flexes the fabric and shakes off the dust cake.
  2. Collection: The dislodged dust falls into the hopper for removal. 

Additional Information:

• Production Capacity: 15-20
• Delivery Time: 1 Weeks

We are engaged in offering 2000m3/h Mild Steel Pulse Jet Dust Collector to our clients. Our range of all products is widely appreciated by our clients. A pulse jet dust collector is an industrial, continuous-duty dry filtration system that removes particulate matter from air using fabric filter bags or cartridges. It features an automatic cleaning mechanism, where periodic, high-pressure compressed air pulses dislodge accumulated dust from the bags into a hopper without stopping the operation. 

1. 
   Key Components and Operation
   • Filter Bags/Cartridges: These are cylindrical, fabric-based, and supported by cages, trapping fine particles on the exterior.
   • Compressed Air System: Includes a header, solenoids, and blow pipes (or venture tubes) located above the bags that release bursts of air to clean them.
   • Housing/Plenum: Divided into a dirty air chamber and a clean air plenum by a tube sheet.
   • Hopper and Discharge: The conical bottom collects dislodged dust, which is often removed by a rotary airlock valve. 
   Key Features and Benefits
   • Continuous Operation: The system cleans itself "online" (without shutting down), ensuring uninterrupted production.
   • High Efficiency: Designed for high dust loads and capable of filtering fine particulates.
   • Automatic Cleaning: A pressure sensor (differential pressure switch) triggers the pulse, optimizing compressed air usage based on filter cake thickness.
   • Applications: Commonly used in industries like cement, chemical, power, and metalworking for air pollution control.
   • Versatile Media: Bag materials can be selected based on temperature and chemical resistance, such as Polyester, Nomex, or PTFE. 

Key Components and Operation

• Filter Bags/Cartridges: These are cylindrical, fabric-based, and supported by cages, trapping fine particles on the exterior.
• Compressed Air System: Includes a header, solenoids, and blow pipes (or venture tubes) located above the bags that release bursts of air to clean them.
• Housing/Plenum: Divided into a dirty air chamber and a clean air plenum by a tube sheet.
• Hopper and Discharge: The conical bottom collects dislodged dust, which is often removed by a rotary airlock valve. 

Key Features and Benefits

• Continuous Operation: The system cleans itself "online" (without shutting down), ensuring uninterrupted production.
• High Efficiency: Designed for high dust loads and capable of filtering fine particulates.
• Automatic Cleaning: A pressure sensor (differential pressure switch) triggers the pulse, optimizing compressed air usage based on filter cake thickness.
• Applications: Commonly used in industries like cement, chemical, power, and metalworking for air pollution control.
• Versatile Media: Bag materials can be selected based on temperature and chemical resistance, such as Polyester, Nomex, or PTFE. 
• Working Mechanism Filtration: Dirty air enters, and dust collects on the outside of the bags.
  1. Pulse Cleaning: A solenoid valve releases a rapid blast of compressed air into the bag, causing a shockwave that flexes the fabric and shakes off the dust cake.
  2. Collection: The dislodged dust falls into the hopper for removal. 

We are engaged in offering 2000m3/h Mild Steel Pulse Jet Dust Collector to our clients. Our range of all products is widely appreciated by our clients. A pulse jet dust collector is an industrial, continuous-duty dry filtration system that removes particulate matter from air using fabric filter bags or cartridges. It features an automatic cleaning mechanism, where periodic, high-pressure compressed air pulses dislodge accumulated dust from the bags into a hopper without stopping the operation. 

1. 
   Key Components and Operation
   • Filter Bags/Cartridges: These are cylindrical, fabric-based, and supported by cages, trapping fine particles on the exterior.
   • Compressed Air System: Includes a header, solenoids, and blow pipes (or venture tubes) located above the bags that release bursts of air to clean them.
   • Housing/Plenum: Divided into a dirty air chamber and a clean air plenum by a tube sheet.
   • Hopper and Discharge: The conical bottom collects dislodged dust, which is often removed by a rotary airlock valve. 
   Key Features and Benefits
   • Continuous Operation: The system cleans itself "online" (without shutting down), ensuring uninterrupted production.
   • High Efficiency: Designed for high dust loads and capable of filtering fine particulates.
   • Automatic Cleaning: A pressure sensor (differential pressure switch) triggers the pulse, optimizing compressed air usage based on filter cake thickness.
   • Applications: Commonly used in industries like cement, chemical, power, and metalworking for air pollution control.
   • Versatile Media: Bag materials can be selected based on temperature and chemical resistance, such as Polyester, Nomex, or PTFE. 

Key Components and Operation

• Filter Bags/Cartridges: These are cylindrical, fabric-based, and supported by cages, trapping fine particles on the exterior.
• Compressed Air System: Includes a header, solenoids, and blow pipes (or venture tubes) located above the bags that release bursts of air to clean them.
• Housing/Plenum: Divided into a dirty air chamber and a clean air plenum by a tube sheet.
• Hopper and Discharge: The conical bottom collects dislodged dust, which is often removed by a rotary airlock valve. 

Key Features and Benefits

• Continuous Operation: The system cleans itself "online" (without shutting down), ensuring uninterrupted production.
• High Efficiency: Designed for high dust loads and capable of filtering fine particulates.
• Automatic Cleaning: A pressure sensor (differential pressure switch) triggers the pulse, optimizing compressed air usage based on filter cake thickness.
• Applications: Commonly used in industries like cement, chemical, power, and metalworking for air pollution control.
• Versatile Media: Bag materials can be selected based on temperature and chemical resistance, such as Polyester, Nomex, or PTFE. 
• Working Mechanism Filtration: Dirty air enters, and dust collects on the outside of the bags.
  1. Pulse Cleaning: A solenoid valve releases a rapid blast of compressed air into the bag, causing a shockwave that flexes the fabric and shakes off the dust cake.
  2. Collection: The dislodged dust falls into the hopper for removal. 

Additional Information:

• Production Capacity: 15-20
• Delivery Time: 1-2 Weeks

We are engaged Mild Steel Pulse Jet Dust Collector to our clients. Our range of all products is widely appreciated by our clients. A pulse jet dust collector is an industrial, continuous-duty dry filtration system that removes particulate matter from air using fabric filter bags or cartridges. It features an automatic cleaning mechanism, where periodic, high-pressure compressed air pulses dislodge accumulated dust from the bags into a hopper without stopping the operation. 

1. 
   Key Components and Operation
   • Filter Bags/Cartridges: These are cylindrical, fabric-based, and supported by cages, trapping fine particles on the exterior.
   • Compressed Air System: Includes a header, solenoids, and blow pipes (or venture tubes) located above the bags that release bursts of air to clean them.
   • Housing/Plenum: Divided into a dirty air chamber and a clean air plenum by a tube sheet.
   • Hopper and Discharge: The conical bottom collects dislodged dust, which is often removed by a rotary airlock valve. 
   Key Features and Benefits
   • Continuous Operation: The system cleans itself "online" (without shutting down), ensuring uninterrupted production.
   • High Efficiency: Designed for high dust loads and capable of filtering fine particulates.
   • Automatic Cleaning: A pressure sensor (differential pressure switch) triggers the pulse, optimizing compressed air usage based on filter cake thickness.
   • Applications: Commonly used in industries like cement, chemical, power, and metalworking for air pollution control.
   • Versatile Media: Bag materials can be selected based on temperature and chemical resistance, such as Polyester, Nomex, or PTFE. 

Key Components and Operation

• Filter Bags/Cartridges: These are cylindrical, fabric-based, and supported by cages, trapping fine particles on the exterior.
• Compressed Air System: Includes a header, solenoids, and blow pipes (or venture tubes) located above the bags that release bursts of air to clean them.
• Housing/Plenum: Divided into a dirty air chamber and a clean air plenum by a tube sheet.
• Hopper and Discharge: The conical bottom collects dislodged dust, which is often removed by a rotary airlock valve. 

Key Features and Benefits

• Continuous Operation: The system cleans itself "online" (without shutting down), ensuring uninterrupted production.
• High Efficiency: Designed for high dust loads and capable of filtering fine particulates.
• Automatic Cleaning: A pressure sensor (differential pressure switch) triggers the pulse, optimizing compressed air usage based on filter cake thickness.
• Applications: Commonly used in industries like cement, chemical, power, and metalworking for air pollution control.
• Versatile Media: Bag materials can be selected based on temperature and chemical resistance, such as Polyester, Nomex, or PTFE. 
• Working Mechanism Filtration: Dirty air enters, and dust collects on the outside of the bags.
  1. Pulse Cleaning: A solenoid valve releases a rapid blast of compressed air into the bag, causing a shockwave that flexes the fabric and shakes off the dust cake.
  2. Collection: The dislodged dust falls into the hopper for removal. 

We are engaged in offering 2000m3/h Mild Steel Pulse Jet Dust Collector to our clients. Our range of all products is widely appreciated by our clients. A pulse jet dust collector is an industrial, continuous-duty dry filtration system that removes particulate matter from air using fabric filter bags or cartridges. It features an automatic cleaning mechanism, where periodic, high-pressure compressed air pulses dislodge accumulated dust from the bags into a hopper without stopping the operation. 

1. 
   Key Components and Operation
   • Filter Bags/Cartridges: These are cylindrical, fabric-based, and supported by cages, trapping fine particles on the exterior.
   • Compressed Air System: Includes a header, solenoids, and blow pipes (or venture tubes) located above the bags that release bursts of air to clean them.
   • Housing/Plenum: Divided into a dirty air chamber and a clean air plenum by a tube sheet.
   • Hopper and Discharge: The conical bottom collects dislodged dust, which is often removed by a rotary airlock valve. 
   Key Features and Benefits
   • Continuous Operation: The system cleans itself "online" (without shutting down), ensuring uninterrupted production.
   • High Efficiency: Designed for high dust loads and capable of filtering fine particulates.
   • Automatic Cleaning: A pressure sensor (differential pressure switch) triggers the pulse, optimizing compressed air usage based on filter cake thickness.
   • Applications: Commonly used in industries like cement, chemical, power, and metalworking for air pollution control.
   • Versatile Media: Bag materials can be selected based on temperature and chemical resistance, such as Polyester, Nomex, or PTFE. 

Key Components and Operation

• Filter Bags/Cartridges: These are cylindrical, fabric-based, and supported by cages, trapping fine particles on the exterior.
• Compressed Air System: Includes a header, solenoids, and blow pipes (or venture tubes) located above the bags that release bursts of air to clean them.
• Housing/Plenum: Divided into a dirty air chamber and a clean air plenum by a tube sheet.
• Hopper and Discharge: The conical bottom collects dislodged dust, which is often removed by a rotary airlock valve. 

Key Features and Benefits

• Continuous Operation: The system cleans itself "online" (without shutting down), ensuring uninterrupted production.
• High Efficiency: Designed for high dust loads and capable of filtering fine particulates.
• Automatic Cleaning: A pressure sensor (differential pressure switch) triggers the pulse, optimizing compressed air usage based on filter cake thickness.
• Applications: Commonly used in industries like cement, chemical, power, and metalworking for air pollution control.
• Versatile Media: Bag materials can be selected based on temperature and chemical resistance, such as Polyester, Nomex, or PTFE. 
• Working Mechanism Filtration: Dirty air enters, and dust collects on the outside of the bags.
  1. Pulse Cleaning: A solenoid valve releases a rapid blast of compressed air into the bag, causing a shockwave that flexes the fabric and shakes off the dust cake.
  2. Collection: The dislodged dust falls into the hopper for removal. 

Additional Information:

• Production Capacity: 30-35
• Delivery Time: 1week
• Packaging Details: As per customer requirement

We are engaged Mild Steel Pulse Jet Dust Collector to our clients. Our range of all products is widely appreciated by our clients. A pulse jet dust collector is an industrial, continuous-duty dry filtration system that removes particulate matter from air using fabric filter bags or cartridges. It features an automatic cleaning mechanism, where periodic, high-pressure compressed air pulses dislodge accumulated dust from the bags into a hopper without stopping the operation. 

1. 
   Key Components and Operation
   • Filter Bags/Cartridges: These are cylindrical, fabric-based, and supported by cages, trapping fine particles on the exterior.
   • Compressed Air System: Includes a header, solenoids, and blow pipes (or venture tubes) located above the bags that release bursts of air to clean them.
   • Housing/Plenum: Divided into a dirty air chamber and a clean air plenum by a tube sheet.
   • Hopper and Discharge: The conical bottom collects dislodged dust, which is often removed by a rotary airlock valve. 
   Key Features and Benefits
   • Continuous Operation: The system cleans itself "online" (without shutting down), ensuring uninterrupted production.
   • High Efficiency: Designed for high dust loads and capable of filtering fine particulates.
   • Automatic Cleaning: A pressure sensor (differential pressure switch) triggers the pulse, optimizing compressed air usage based on filter cake thickness.
   • Applications: Commonly used in industries like cement, chemical, power, and metalworking for air pollution control.
   • Versatile Media: Bag materials can be selected based on temperature and chemical resistance, such as Polyester, Nomex, or PTFE. 

Key Components and Operation

• Filter Bags/Cartridges: These are cylindrical, fabric-based, and supported by cages, trapping fine particles on the exterior.
• Compressed Air System: Includes a header, solenoids, and blow pipes (or venture tubes) located above the bags that release bursts of air to clean them.
• Housing/Plenum: Divided into a dirty air chamber and a clean air plenum by a tube sheet.
• Hopper and Discharge: The conical bottom collects dislodged dust, which is often removed by a rotary airlock valve. 

Key Features and Benefits

• Continuous Operation: The system cleans itself "online" (without shutting down), ensuring uninterrupted production.
• High Efficiency: Designed for high dust loads and capable of filtering fine particulates.
• Automatic Cleaning: A pressure sensor (differential pressure switch) triggers the pulse, optimizing compressed air usage based on filter cake thickness.
• Applications: Commonly used in industries like cement, chemical, power, and metalworking for air pollution control.
• Versatile Media: Bag materials can be selected based on temperature and chemical resistance, such as Polyester, Nomex, or PTFE. 
• Working Mechanism Filtration: Dirty air enters, and dust collects on the outside of the bags.
  1. Pulse Cleaning: A solenoid valve releases a rapid blast of compressed air into the bag, causing a shockwave that flexes the fabric and shakes off the dust cake.
  2. Collection: The dislodged dust falls into the hopper for removal. 

We are engaged Mild Steel Pulse Jet Dust Collector to our clients. Our range of all products is widely appreciated by our clients. A pulse jet dust collector is an industrial, continuous-duty dry filtration system that removes particulate matter from air using fabric filter bags or cartridges. It features an automatic cleaning mechanism, where periodic, high-pressure compressed air pulses dislodge accumulated dust from the bags into a hopper without stopping the operation. 

1. 
   Key Components and Operation
   • Filter Bags/Cartridges: These are cylindrical, fabric-based, and supported by cages, trapping fine particles on the exterior.
   • Compressed Air System: Includes a header, solenoids, and blow pipes (or venture tubes) located above the bags that release bursts of air to clean them.
   • Housing/Plenum: Divided into a dirty air chamber and a clean air plenum by a tube sheet.
   • Hopper and Discharge: The conical bottom collects dislodged dust, which is often removed by a rotary airlock valve. 
   Key Features and Benefits
   • Continuous Operation: The system cleans itself "online" (without shutting down), ensuring uninterrupted production.
   • High Efficiency: Designed for high dust loads and capable of filtering fine particulates.
   • Automatic Cleaning: A pressure sensor (differential pressure switch) triggers the pulse, optimizing compressed air usage based on filter cake thickness.
   • Applications: Commonly used in industries like cement, chemical, power, and metalworking for air pollution control.
   • Versatile Media: Bag materials can be selected based on temperature and chemical resistance, such as Polyester, Nomex, or PTFE. 

Key Components and Operation

• Filter Bags/Cartridges: These are cylindrical, fabric-based, and supported by cages, trapping fine particles on the exterior.
• Compressed Air System: Includes a header, solenoids, and blow pipes (or venture tubes) located above the bags that release bursts of air to clean them.
• Housing/Plenum: Divided into a dirty air chamber and a clean air plenum by a tube sheet.
• Hopper and Discharge: The conical bottom collects dislodged dust, which is often removed by a rotary airlock valve. 

Key Features and Benefits

• Continuous Operation: The system cleans itself "online" (without shutting down), ensuring uninterrupted production.
• High Efficiency: Designed for high dust loads and capable of filtering fine particulates.
• Automatic Cleaning: A pressure sensor (differential pressure switch) triggers the pulse, optimizing compressed air usage based on filter cake thickness.
• Applications: Commonly used in industries like cement, chemical, power, and metalworking for air pollution control.
• Versatile Media: Bag materials can be selected based on temperature and chemical resistance, such as Polyester, Nomex, or PTFE. 
• Working Mechanism Filtration: Dirty air enters, and dust collects on the outside of the bags.
  1. Pulse Cleaning: A solenoid valve releases a rapid blast of compressed air into the bag, causing a shockwave that flexes the fabric and shakes off the dust cake.
  2. Collection: The dislodged dust falls into the hopper for removal. 

Additional Information:

• Production Capacity: 15-20
• Delivery Time: 1-2 Weeks