If you’re not familiar with how to calculate dust collection CFM, the process can be intimidating. Visit our article here where we will help you understand our approach to calculating CFM requirements for you. Along with the questions you should be asking your dust collection engineering firm to identify the optimal solution for your plant.

Do you know your dust? Consider your dust properties and characteristics of your work environment carefully to identify the best dust collection solution. Here’s a quick video about dust properties to get you started.

The best method of dust removal from your hopper is dependent on multiple components. Learn Is your dust low in density like wood chips or is it higher in density like fine steel dust? Check out this video to learn more about bulk density and other dust properties. more about dust removal options in this article linked here.

Is your dust low in density like wood chips or is it higher in density like fine steel dust? Check out this video to learn more about bulk density and other dust properties

Can velocity is the speed at which air moves from low in the baghouse to high. The higher the can velocity, the faster air moves up in the system. The right can velocity for your dust collection system will be based upon your application and the density of your product. At US Air Filtration our engineers calculate your can velocity based on a few different factors. Visit our can velocity article to get an introduction to dust collection can velocity, it’s importance and impact on system performance, solutions to excessively high can velocity, and how you can calculate yours in 3 easy steps.

Air to cloth ratio in your dust collection system is a critical measurement to keep your system running at peak efficiency. In this article (video option included), learn why it’s crucial to dust collector performance, how to calculate it, and the negative impacts of improper air to cloth ratio.

Air temperature at the inlet duct is just one of the factors that help our equipment specialist identify the right system for you which will perform safely, efficiently, and reliably for many years. If you would like to learn more about the factors to consider for a new dust collection project, visit our dust collector purchasing guide here.

Are your dust characteristics explosive? Linked here are the conditions needed for an explosion and the most common industries that work with combustible dust.

There are multiple strategies for dust collection explosion venting. The best method for your facility will depend on a variety of factors. Learn more about these factors, the best explosion venting strategies, and also prevention methods available in our article here.

“What’s the best way to collect the dust at that dust creation point?” Three common methods are: Tap, Hood, Articulating Arm

Many facilities include source taps at every machine. If there are no taps, then a hood or a smaller pickup point can be added. For example, a hood can be added above a table to capture dust if there is a need to constantly maneuver around the table.

Static pressure plays a critical role in the design and performance of pulse jet baghouse dust collection systems. In this article we are discussing the importance of static pressure, what it is, how it’s measured, and how to calculate it.

If you require a fan, check out this resource we have on dust collector fans that will and learn how you can size your dust collector fan with this easy 5-step process. Includes a video and access to a free project consultation with an equipment engineer.

The right dust removal method for your dust collector can help you avoid air flow being blocked off, loss of suction throughout the system, and a dangerous explosion that can happen due to dust build-up in the hopper. Learn the factors that go into choosing the right dust removal method and what they are here.

Dust collectors vary in height, width and depth depending on the application and the amount of dust being captured. Take note of any height or space restrictions in the work environment and take measurements of the space allotted for your collector along with the space available around the collector. Many dust collectors are top load which means you will need to allow space above the collector to replace and service the collector from the top of the unit. To learn more about identifying the right solution for your application, visit our complete Dust Collector Purchasing Guide here.

Choosing the right filter bags for your dust collection system is critical to ensuring long term, reliable performance of your collector and the safety of your employees. Our How to Select the Right Dust Collector Filter Bags” guide will help you understand your facility’s unique dust properties and also provides an overview of various filter media, construction, and treatment options available

There are three main baghouse styles that are commonly used in most industrial processing and manufacturing applications.  Explore this brief overview of each and their pros and cons.

If applicable, local or federal air permits and guidelines may be required to make sure your plant is meeting air quality standards and local fire codes. These requirements typically come from the Environmental Protection Agency or your local municipality.

If you’re not familiar with how to calculate dust collection CFM, the process can be intimidating. Visit our article here where we will help you understand our approach to calculating CFM requirements for you. Along with the questions you should be asking your dust collection engineering firm to identify the optimal solution for your plant.

Do you know your dust? Consider your dust properties and characteristics of your work environment carefully to identify the best dust collection solution. Here’s a quick video about dust properties to get you started.

Is your dust low in density or is it higher in density? Check out this video to learn more about bulk density and other dust properties. 

Is your dust low in density or is it higher in density? Check out this video to learn more about bulk density and other dust properties. 

Air temperature at the inlet duct is just one of the factors that help our equipment specialist identify the right system for you which will perform safely, efficiently, and reliably for many years. If you would like to learn more about the factors to consider for a new dust collection project, visit our dust collector purchasing guide here.

If you require a fan, check out this resource we have on dust collector fans that will and learn how you can size your dust collector fan with this easy 5-step process. Includes a video and access to a free project consultation with an equipment engineer.

If you’re not familiar with how to calculate dust collection CFM, the process can be intimidating. Visit our article here where we will help you understand our approach to calculating CFM requirements for you. Along with the questions you should be asking your dust collection engineering firm to identify the optimal solution for your plant.

Do you know your dust? Consider your dust properties and characteristics of your work environment carefully to identify the best dust collection solution. Here’s a quick video about dust properties to get you started.

The best method of dust removal from your hopper is dependent on multiple components. Learn more about dust removal options in this article linked here.

Is your dust low in density like wood chips or is it higher in density like fine steel dust? Check out this video to learn more about bulk density and other dust properties. 

Can velocity is the speed at which air moves from low in the baghouse to high. The higher the can velocity, the faster air moves up in the system. The right can velocity for your dust collection system will be based upon your application and the density of your product. At US Air Filtration our engineers calculate your can velocity based on a few different factors. Visit our can velocity article to get an introduction to dust collection can velocity, it’s importance and impact on system performance, solutions to excessively high can velocity, and how you can calculate yours in 3 easy steps.

Air to cloth ratio in your dust collection system is a critical measurement to keep your system running at peak efficiency. In this article (video option included), learn why it’s crucial to dust collector performance, how to calculate it, and the negative impacts of improper air to cloth ratio.

Air temperature at the inlet duct is just one of the factors that help our equipment specialist identify the right system for you which will perform safely, efficiently, and reliably for many years. If you would like to learn more about the factors to consider for a new dust collection project, visit our dust collector purchasing guide here.

There are multiple strategies for dust collection explosion venting. The best method for your facility will depend on a variety of factors. Learn more about these factors, the best explosion venting strategies, and also prevention methods available in our article here.

“What’s the best way to collect the dust at that dust creation point?” Three common methods are: Tap, Hood, Articulating Arm

Many facilities include source taps at every machine. If there are no taps, then a hood or a smaller pickup point can be added. For example, a hood can be added above a table to capture dust if there is a need to constantly maneuver around the table.

Static pressure plays a critical role in the design and performance of pulse jet baghouse dust collection systems. In this article we are discussing the importance of static pressure, what it is, how it’s measured, and how to calculate it.

If you require a fan, check out this resource we have on dust collector fans that will and learn how you can size your dust collector fan with this easy 5-step process. Includes a video and access to a free project consultation with an equipment engineer.

The right dust removal method for your dust collector can help you avoid air flow being blocked off, loss of suction throughout the system, and a dangerous explosion that can happen due to dust build-up in the hopper. Learn the factors that go into choosing the right dust removal method and what they are here.

Rotary valves are used to transition material from one pressurized point, such as a dust collector, to another unpressurized point, such as a drum or bin. If you would like to learn more about rotary valves, visit our article which includes an overview of the applications they are ideally suited for, rotary valve construction, and the different options available.

Is your dust low in density like wood chips or is it higher in density like fine steel dust? Check out this video to learn more about bulk density and other dust properties.

If you’re not familiar with how to calculate dust collection CFM, the process can be intimidating. Visit our article here where we will help you understand our approach to calculating CFM requirements for you. Along with the questions you should be asking your dust collection engineering firm to identify the optimal solution for your plant.

Do you know your dust? Consider your dust properties and characteristics of your work environment carefully to identify the best dust collection solution. Here’s a quick video about dust properties to get you started.

The best method of dust removal from your hopper is dependent on multiple components. Learn Is your dust low in density like wood chips or is it higher in density like fine steel dust? Check out this video to learn more about bulk density and other dust properties. more about dust removal options in this article linked here.

Is your dust low in density like wood chips or is it higher in density like fine steel dust? Check out this video to learn more about bulk density and other dust properties

Can velocity is the speed at which air moves from low in the baghouse to high. The higher the can velocity, the faster air moves up in the system. The right can velocity for your dust collection system will be based upon your application and the density of your product. At US Air Filtration our engineers calculate your can velocity based on a few different factors. Visit our can velocity article to get an introduction to dust collection can velocity, it’s importance and impact on system performance, solutions to excessively high can velocity, and how you can calculate yours in 3 easy steps.

Air to cloth ratio in your dust collection system is a critical measurement to keep your system running at peak efficiency. In this article (video option included), learn why it’s crucial to dust collector performance, how to calculate it, and the negative impacts of improper air to cloth ratio.

Air temperature at the inlet duct is just one of the factors that help our equipment specialist identify the right system for you which will perform safely, efficiently, and reliably for many years. If you would like to learn more about the factors to consider for a new dust collection project, visit our dust collector purchasing guide here.

There are multiple strategies for dust collection explosion venting. The best method for your facility will depend on a variety of factors. Learn more about these factors, the best explosion venting strategies, and also prevention methods available in our article here.

“What’s the best way to collect the dust at that dust creation point?” Three common methods are: Tap, Hood, Articulating Arm

Many facilities include source taps at every machine. If there are no taps, then a hood or a smaller pickup point can be added. For example, a hood can be added above a table to capture dust if there is a need to constantly maneuver around the table.

Static pressure plays a critical role in the design and performance of pulse jet baghouse dust collection systems. In this article we are discussing the importance of static pressure, what it is, how it’s measured, and how to calculate it.

If you require a fan, check out this resource we have on dust collector fans that will and learn how you can size your dust collector fan with this easy 5-step process. Includes a video and access to a free project consultation with an equipment engineer.

The right dust removal method for your dust collector can help you avoid air flow being blocked off, loss of suction throughout the system, and a dangerous explosion that can happen due to dust build-up in the hopper. Learn the factors that go into choosing the right dust removal method and what they are here.

Dust collectors vary in height, width and depth depending on the application and the amount of dust being captured. Take note of any height or space restrictions in the work environment and take measurements of the space allotted for your collector along with the space available around the collector. Many dust collectors are top load which means you will need to allow space above the collector to replace and service the collector from the top of the unit. To learn more about identifying the right solution for your application, visit our complete Dust Collector Purchasing Guide here.

Choosing the right filter bags for your dust collection system is critical to ensuring long term, reliable performance of your collector and the safety of your employees. Our How to Select the Right Dust Collector Filter Bags” guide will help you understand your facility’s unique dust properties and also provides an overview of various filter media, construction, and treatment options available

There are three main baghouse styles that are commonly used in most industrial processing and manufacturing applications.  Explore this brief overview of each and their pros and cons.

Filter bag configurations can vary from one dust collector to another. Baghouse filter top and bottom configurations will be dependent on the type of baghouse dust collector you have. The most common types of baghouses are pulse-jet and plenum pulse, reverse air, and shaker. Visit our article to learn more about the most common types of industrial baghouses, and the most widely used top and bottom filter bag configurations.

Industrial dust collector filter bags are used in multiple styles of industrial dust collection systems and aid in collecting dust particulates which helps to improve air quality, eliminate potential fire hazards. There are a few common materials throughout various industries, visit this video tutorial to learn more.

On demand cleaning is an automated cleaning system for your dust collector that can improve your dust collectors efficiency and performance while reducing energy consumption and labor costs. Learn more about on-demand cleaning and its benefits here.

If you’re not familiar with how to calculate dust collection CFM, the process can be intimidating. Visit our article here where we will help you understand our approach to calculating CFM requirements for you. Along with the questions you should be asking your dust collection engineering firm to identify the optimal solution for your plant.

Do you know your dust? Consider your dust properties and characteristics of your work environment carefully to identify the best dust collection solution. Here’s a quick video about dust properties to get you started.

The best method of dust removal from your hopper is dependent on multiple components. Learn Is your dust low in density like wood chips or is it higher in density like fine steel dust? Check out this video to learn more about bulk density and other dust properties. more about dust removal options in this article linked here.

Static pressure plays a critical role in the design and performance of pulse jet baghouse dust collection systems. In this article we are discussing the importance of static pressure, what it is, how it’s measured, and how to calculate it.

Air temperature at the inlet duct is just one of the factors that help our equipment specialist identify the right system for you which will perform safely, efficiently, and reliably for many years. If you would like to learn more about the factors to consider for a new dust collection project, visit our Dust Collector Purchasing Guide here.

There are three main baghouse styles that are commonly used in most industrial processing and manufacturing applications.  Explore this brief overview of each and their pros and cons.

If applicable, local or federal air permits and guidelines may be required to make sure your plant is meeting air quality standards and local fire codes. These requirements typically come from the Environmental Protection Agency or your local municipality.

Is your dust low in density like wood chips or is it higher in density like fine steel dust? Check out this video to learn more about bulk density and other dust properties.