Tired of carrying around a big, heavy vacuum cleaner that does not pick up much dirt? Do you want an easy-to-use vacuum that can clean up even the worst messes? The industrial strength stick vacuum is all you need.

With its strong suction and many different attachments, this powerful cleaning tool can handle any mess, from pet hair to spilled cereal.

The industrial strength stick vacuum is a game-changer, whether you are a busy parent trying to keep your house clean or a professional cleaner looking for a reliable tool.

In this article, I will talk about the benefits of this new cleaning tool and why everyone who wants a cleaner, healthier home should have one.

So sit back, relax, and get ready to find out how powerful the industrial strength stick vacuum is.

Understanding Suction Power in Vacuum Cleaners

Suction Power and Its Measurement

The strength of the vacuum cleaner’s suction motor, which turns electrical power into suction power, is called its suction power.

The sealed suction of a vacuum cleaner is measured in inches of water lift, which is how high a column of water can be lifted by the vacuum’s suction.

The vacuum cleaner’s power and how much air it can move are shown by how much air it can pull in.

It adds up the vacuum cleaner’s air volume and how much it can be sucked up to show how powerful it is.

When looking for a vacuum with good suction, it is important to think about more than just the suction power.

For instance, if a vacuum cleaner bag has an extra filter, it needs more suction power so that air can flow through all the filters and out of the bag.

Airflow is also a very important feature because it affects how well the vacuum cleaner can clean.

A newer vacuum might only have half the power of an older one, but it might have the same suction power.

This is because vacuums get better at using energy without losing their ability to clean.

Units of Measurement

There are several ways to measure the suction power of a vacuum cleaner.

These include cubic feet per minute (CFM), air watts (AW), inches of water lift (inches of H20), amps, and horsepower.

Airflow is the amount of air moving through the machine and is measured in CFM, or cubic feet per minute.

Amps measure how much electricity is flowing through your machine, which is called “current.” Watts are found by multiplying the voltage of the power drawn by the number of amps.

Water lift is how high a vacuum can lift a column of water.

It is measured in inches of H20.

Air watts are a measurement that includes both water lift and airflow.

They are becoming more common in the central vacuum industry.

The American Society for Testing and Materials (ASTM) says that air watts are the best way to measure how well a vacuum really cleans.

The suction power is better the more air watts there are.

When you multiply water lift by CFM, you get air watts.

Importance of Suction Power

Having a vacuum cleaner with a strong suction is helpful in many ways.

First, because it has strong suction, it can get rid of pet hair and bad smells from carpets.

Second, it takes less time and energy than cleaning by hand with a broom.

Vacuum cleaners can clean in just a few minutes, while it takes hours to clean by hand.

Third, regularly vacuuming can improve the air quality by getting rid of dust mites, mold, and fungus.

Fourth, a vacuum cleaner with strong suction can pick up dirt and dust from the floor well.

Wattage versus Suction Power

In a vacuum cleaner, wattage does not mean that it has more suction power.

People often call suction, or the pulling of air, water lift or vacuum.

By the end of the day, what gives a certain amount of air its speed or velocity is suction.

The faster a certain amount of air moves, the more suction you have.

This volume of air is the airflow that moves dirt away from surfaces.

So, when choosing a vacuum cleaner, the airflow and suction are more important than the wattage.

Pros and Cons of High Suction Power in Vacuum Cleaners

Understanding Industrial Strength Vacuum Cleaners

To clean carpets, couches, and the space under the bed, you need a vacuum cleaner with more suction power.

These surfaces tend to get more dust and dirt on them, which means that they need more suction power to be cleaned well.

Also, vacuum cleaners with HEPA filters need more air wattage because they have to pull air through small holes, which takes more power.

Measuring Suction Power

A test called “water lift” or “sealed suction” is used to figure out how well a vacuum cleaner can pull in air.

The water lift is measured in inches of H2O and is done by putting a tube full of water in a closed container.

In this test, the water lift is directly related to how well the vacuum cleaner can pull in air.

Airflow is the most important factor in figuring out how well a vacuum cleaner can clean.

It is measured in cubic feet per minute (CFM) and is the force of airflow across a surface that picks up dust and moves it to the dust bag or container.

Sand and grit are easier to pick up with a vacuum cleaner that moves a lot of air.

Other Factors to Consider

Power of suction is an important thing to think about when choosing a vacuum cleaner.

There are a few ways to figure out how strong a vacuum cleaner’s suction is.

These include airflow (CFM), air watts (AW), water lift (inches of H20), amps, and horsepower.

But wattage is the most common way for manufacturers to say how much power an electric motor has.

It is important to remember that higher wattage does not always mean more suction power because a vacuum cleaner has a lot of other parts that also use power.

It is important to think about things like the type of dust reservoir and whether or not there are gaps between the suction brush, attachment, hose, and vacuum that can cause leaks and lower suction power.

Also, it is important not to mix up air watts and airflow, since they are two different measurements of different things.

Safety and Maintenance of Vacuum Cleaners with High Suction Power

Maintaining Industrial Strength Vacuum Cleaners

Industrial strength vacuum cleaners are very powerful machines that need to be taken care of properly to keep working well.

Here are some tips to help you keep your vacuum cleaner in good shape and make sure it works well.

Safety Precautions

Before you use your vacuum, you should do a few things to keep yourself safe.

Do not vacuum up anything that could start a fire if it comes in contact with electricity.

Keep the vacuum cleaner away from things that can catch fire while it is being used.

Before you vacuum, look around to see if there is anything flammable that could start a fire.

Do not vacuum wet surfaces because water can get sucked into the vacuum and cause an electric shock.

Wear slippers when you vacuum to avoid getting hurt, especially if you are in a hurry to clean.

Before using a robot vacuum cleaner, you should pick up any sharp or metal objects.

If you don’t, they could damage the brush that picks up dirt or pierce the dust compartment because of the thrust caused by the suction power.

Regular Maintenance

  • To maintain the suction power of your vacuum cleaner over time, regular maintenance is essential. Here are some tips to help you keep your vacuum cleaner in top condition:
  • Empty or replace the dust collection bag when it’s full. Dust containers need to have enough space for airflow; otherwise, they could get clogged and have less suction power. Check the dust compartment regularly and empty or change it when it’s already 70-80% full.
  • Clean the filter on the vacuum cleaner regularly. Over time, filters can become clogged with dirt and debris, reducing airflow and suction. Cleaning or replacing filters regularly can help maintain suction power.
  • Inspect hoses and attachments for clogs or obstructions. Removing all hoses and attachments from the unit, pulling out any objects lodged inside, as well as items or debris visible in the vacuum can improve suction power. Reattaching all hoses and attachments will result in improved suction.
  • Avoid overloading the vacuum cleaner with too much dirt or debris. Overfilling a bagless unit will run less efficiently and not last as long. If you notice a drop in suction, it could be a sign that it’s full from too much dirt or debris.
  • Follow manufacturer instructions for cleaning your specific model of vacuum cleaner. This can help ensure that you are maintaining your machine correctly.

Industrial strength vacuum cleaners are very powerful machines that need to be taken care of properly to keep working well.

By using these tips, you can keep your vacuum in great shape and keep its suction power over time.

Before you use your vacuum cleaner, make sure to take safety precautions and follow the instructions for cleaning your model.

The Importance of Heavy-Duty Suction in Industrial Strength Vacuum Cleaners

When it comes to industrial strength vacuum cleaners, heavy-duty suction is a crucial factor to consider.

These machines are designed to tackle tough cleaning jobs in commercial and industrial settings, where dirt, debris, and other contaminants can accumulate quickly and in large quantities.

Heavy-duty suction power ensures that these vacuums can effectively remove even the most stubborn dirt and debris, leaving floors and surfaces clean and hygienic.

Additionally, strong suction power can help reduce cleaning time and increase productivity, making it an essential feature for businesses that need to maintain a high level of cleanliness.

Whether you’re cleaning a warehouse, factory, or office building, a vacuum cleaner with heavy-duty suction is a must-have tool for any cleaning arsenal.

For more information:

Unleashing Heavy-Duty Suction: A Vacuum Guide

Enhancing Suction Power in Vacuum Cleaners

Cyclonic Technology

Modern vacuum cleaners are often made with cyclonic technology.

This technology uses centrifugal force to separate dust and debris from the air, which makes the suction power better.

Cyclonic technology works by making a vortex inside the trash can that spins the air and dust particles.

The heavier trash gets thrown to the outside of the trash can, while the lighter trash gets stuck in the middle.

Because the dust and air are kept separate, the vacuum cleaner can keep sucking even when the dustbin is full.

HEPA Filtration

Another thing that can make a vacuum cleaner’s suction power better is HEPA filtration.

High-Efficiency Particulate Air, or HEPA, is a type of filter that can catch small particles like pollen and pet dander.

HEPA filters are made to catch 99.97% of particles that are at least 0.3 microns in size.

This keeps these tiny particles from getting back into the air, where they can cause allergies and breathing problems.

By using a HEPA filter, vacuum cleaners can keep sucking well and also improve the quality of the air inside.

Laser Detect Technology

In its V15 Detect cordless vacuum cleaner, Dyson has put in laser detect technology.

This technology shines a green laser light on hidden dust to show it to the user so they can clean better.

The V15 Detect also has a Dynamic Load Sensor that changes the suction power depending on what kind of floor is being cleaned.

This makes sure that the vacuum cleaner has the right amount of suction on all surfaces.

Airflow-Boosting Design

Samsung’s Jet line of vacuums has at least 150W of suction power, a design that improves airflow, and cyclonic filters to work better on all types of floors.

The design of the vacuum cleaner makes sure that it can keep suctioning well even when the dustbin is full.

This design also makes the vacuum cleaner less noisy, which makes it a better choice for use in business and industrial settings.

In summary, cyclonic technology, HEPA filtration, laser detect technology, Dynamic Load Sensor technology, and a design that improves airflow are some of the other features and technologies that can be added to industrial strength vacuum cleaners to improve their suction power.

By adding these features to their products, manufacturers can make their vacuum cleaners work better and be more efficient, making them better for heavy-duty cleaning jobs.


In conclusion, the industrial strength stick vacuum is a powerful tool that can make cleaning easy.

It is perfect for people who want to clean their homes quickly and easily without sacrificing quality.

But keep in mind that a vacuum cleaner is just a tool, and it is up to the person using it to make the most of it.

As a vacuum cleaner owner, I have learned that the best way to get the most out of it is to use it often and keep it in good shape.

By doing this, you can make sure that your vacuum will keep working well for many years to come.

If you are thinking about buying a stick vacuum with industrial strength, I would suggest that you do some research and choose one that fits your needs.

Think about things like the suction power, the battery life, and how easy it is to use.

And remember, a vacuum cleaner can make cleaning easier, but it is still up to you to keep your home clean and organized.

In the end, the stick vacuum with industrial strength is a useful tool that can help you keep your home clean and healthy.

But it is up to you to use it well and make the most of it.

So buy a good vacuum cleaner, but keep in mind that it is only one part of the equation.

The real key to a clean home is wanting to keep it clean and being willing to put in the work.

Looking for a new robot vacuum?

Choosing a gadget can be very difficult if you know nothing about the technology.

Some will pay for features they do not need while others may not consider what they really want.

So I created this quick, newbie guide to help you focus on what is really important to you:

The best robot vacuum for you.