Goodway industrial vacuum cleaners use a two-stage or by-pass motor. By-pass motors are constructed so that the impeller housing is sealed and isolated from the motor housing. The motor housing has its own cooling fan, which draws clean outside air into the motor housing, preventing the possibility of dirt getting into the motor and reducing industrial vacuum cleaners' lives. By-pass motors are more expensive, but they are also more reliable. Goodway also manufactures a complete line of air-powered industrial vacuums.

If you want to learn more, please visit our website Felici Machinery.

Goodway has industrial vacuum cleaners to serve all your different commercial vacuum cleaning applications, including high-flow and high lift machines. High-flow industrial vacuum cleaners are ideal for vacuuming light, powdery materials such as soot and coal dust.

While static water lift, industrial vacuum cleaners will serve you best if wet pickup is your goal. We can also help you find industrial vacuum cleaners that can serve both your wet and dry pick-up needs.

Industrial backpack vacuum cleaners are incredibly easy to use, ultra portable and very popular. They are modified canister vacuums custom designed to sit comfortably on the back of a user. Backpack vacuums are typically fitted with shoulder and waist straps to hold the vacuum securely in place enabling maximum mobility and ease of use. The motor is located in the bottom of the unit for a low center of gravity ensuring proper balance and stability for the operator. As these vacuums are fitted tightly to the body, the units are equipped with sound dampening and cooling components to ensure comfort and safety.

Vacuum cleaners are generally manufactured to pick up dry, wet, or both dry and wet materials. Industrial vacuum cleaners work very similarly to residential vacuum cleaners but use industrial or commercial quality components, creating a much more robust vacuum cleaner product. The vacuum cleaner will use electrical or air-powered components to create a negative pressure, which pulls whatever material you are trying to pick up through a filter (for dry materials) and then captures the particles in a container. Some vacuums are specially designed to pick up explosive or flammable materials and are known as explosion-proof vacuums.

Choosing the right vacuum for commercial use is very important. Factors such as the type of material you are picking up, the sensitivity of the material (is it explosive?), the capacity of the vacuum, and how portable of a solution you want are just a few of the considerations. Use the industrial vacuum buying guide to help you better understand the options before choosing a commercial industrial vacuum cleaner. 

Goodway’s ergonomic back-loaded vacuums distribute the weight evenly against the hips and shoulders. The lightweight machine is easy to carry and is designed to conform to the operator’s lower back. Using a backpack vacuum is now an optimal and safe way to clean in a variety of applications

The Goodway backpack vacuum cleaner is constructed of high-impact, body-durable molded plastic for reliability and long life. Our backpack vacuum uses a two-stage or by-pass motor. By-pass motors are constructed so that the impeller housing is sealed and isolated from the motor housing. The motor housing has its own cooling fan which draws clean outside air into the motor housing, preventing the possibility of dirt getting into the motor and reducing the life of backpack vacuum. Although by-pass motors are more expensive, they are also more reliable and longer-lasting.

Getting to know your environment can also help you better determine how efficiently the industrial vacuum cleaner you choose will perform. Will you have access to the air supply? How small are the particles in your facility? Are they highly flammable? Not only can knowing this information help you make smarter cleaning choices, but it can also prevent major work injuries and hazards from occurring on the job.

If a pipe were to burst in your facility, just how effective do you think it would be to sweep up the flooding water with a brittle straw broom? This is what makes the experience of cleaning with an industrial vacuum so unique; there are several models built specifically to lift an array of substances and take cleaning to a whole new level.

The application’s consistency alone can quickly help you decide if the job will require a wet vacuum or a dry vacuum. Both wet and dry vacuums have one objective – to create suction strong enough to collect and gather material. Dry vacuums achieve this with a specialized vacuum system designed for picking up lighter particles. On the other hand, wet vacuums require the use of heavy-duty pumps to move dense, heavier liquids. Below are a few things to consider to achieve maximum results when collecting liquid waste with your industrial vacuum:

• Make sure your wet or wet-dry vacuum is equipped with a liquid shutoff switch.
• Be sure to empty the bucket immediately after use to avoid buildup and decreased efficiency in your industrial vacuum cleaner.

Don’t get sucked into automatically buying a combination vacuum, though, especially when your primary application is either wet or dry.

Matching the proper application to the right vacuum is also critical in metal chip recovery, especially for those requiring you to collect coolant. Goodway has an exceptional line of industrial vacuums, specifically designed for CNC machining environments. The DV-2-MET is a prime example. This high-performance industrial vacuum cleaner separates coolant from chips down to 0.05,” and its unique tangential intake port can recover strings and clumps. While the 7-gallon capacity basket collects chips, the coolant is stored inside the canister for easy disposal.

One of the most frequently asked questions when purchasing an industrial vacuum for dry pickup is regarding filters. These are an important part of the process that begins when your vacuum captures smaller particles as they travel through the moving airstream called the filtration system. Depending on your environment and the application, the task at hand may require using a standard HEPA, or in some cases, a ULPA filter, to free the facility of contaminants. Continue below to see which industrial vacuum cleaner you will need for your vacuum if any.

Choosing the Right Filter: HEPA vs. ULPA
 

HEPA Filters

According to OSHA, a HEPA, or high-efficiency particulate air filter, is defined as a filter that is at least 99.97% efficient in removing particles of 0.3 micrometers in diameter. That’s much smaller than a coffee grind, one single grain of cayenne pepper, and even a little dot, which is approximately 615 micrometers! HEPA filters were created to capture microscopic substances, like dust mites and other airborne particles that can be hazardous or cause health issues in your environment. Depending on the industry, strict maintenance guidelines must be adhered to clean a facility properly.

ULPA Filters

ULPA, or ultra-low penetration air filters, are even more efficient than HEPA filters, removing at least 99.99% of particles of 0.12 micrometers in diameter. The high-quality filtering of ULPA is accomplished via slow filtering that can’t exceed 0.025 micrometers per second, allowing just enough time for the air to enter through the filtered particles. ULPA is often used in clean room applications, or situations where critical cleaning is absolutely needed.

Consider the space of your facility when thinking about the capabilities of your industrial vacuum cleaner. Will you be lifting a thin, powdery substance that can easily cake onto a HEPA filter and may require the use of a filter shaker? Or a liquid spill that could benefit from a vacuum with a dump valve for easy disposal? Take a look around the area. How many outlets are available, and what’s the highest voltage they can take?

Pro Tip: If you need to pick up explosive materials, refer to our guide on understanding NEC hazardous classes.

No matter the problem, Goodway’s top of the line industrial vacuum cleaners have a solution for everyone’s toughest cleaning challenges:

The Ultimate Industrial Vacuum Cleaner Buying Guide for Your Business

In today’s fast-paced industrial world, maintaining a clean and safe work environment is paramount. Not only does it impact productivity and efficiency, but it also directly affects the health and well-being of your employees. At the heart of any effective cleaning strategy lies the industrial vacuum cleaner – a powerful tool capable of tackling the toughest cleaning challenges and ensuring a safe workspace.

However, with a dizzying array of options available, navigating the landscape of industrial vacuums can be overwhelming. From wet/dry models to vacuums equipped with HEPA filters, each type boasts unique features and capabilities. This comprehensive guide is designed to demystify the process, providing you with the knowledge and insights you need to choose the perfect industrial vacuum for your specific business needs.

We’ll delve into the crucial factors to consider, explore the different types of industrial vacuums, discuss essential features and accessories, and even provide troubleshooting tips. By the end of this guide, you’ll be well-equipped to make an informed decision and invest in an industrial vacuum that delivers exceptional performance, durability, and value.
 

Understanding Your Needs: The Foundation of a Smart Purchase. Discover the Ultimate Industrial Vacuum Cleaner Buying Guide

Before diving into the world of industrial vacuums, it’s essential to take a step back and carefully analyze your unique cleaning requirements. This self-assessment forms the bedrock of a successful purchase, ensuring that you choose an industrial vacuum solution that aligns perfectly with your specific challenges and goals.

Debris Type & Environment

The first crucial consideration is the type of debris you’ll be tackling. Are you dealing with fine dust particles, coarse debris like metal shavings or wood chips, or a combination of both? Will you need to vacuum liquids, or perhaps even hazardous materials? Understanding the composition and nature of the debris is paramount for selecting the right vacuum and its filtration system.

For example, if your facility generates fine dust, such as in a pharmaceutical lab or a chemical industry, a vacuum equipped with a HEPA (High-Efficiency Particulate Air) filter is non-negotiable. HEPA filters have a 99.995% efficiency at 0.18-micron size particles (or larger). Therefore, they prevent them from spreading into the environment and posing health risk.

On the other hand, if you’re dealing with larger debris in a warehouse or construction site, a less specialized filter might be enough. You’ll also need to consider whether the materials are wet, dry, or both. This will determine if you need a standard dry vacuum or a versatile wet/dry industrial vacuum cleaner.

The work environment itself plays a significant role in your vacuum selection. Consider the size and layout of the space. Are you cleaning a confined area, a sprawling warehouse, or both? Are there obstacles like stairs, narrow aisles, or overhead equipment that will impact maneuverability?

A large, open warehouse might benefit from a Heavy duty portable industrial vacuum, which allows for efficient cleaning of expansive areas. Conversely, a smaller space with limited access might be better suited to a compact, lightweight model.

Frequency & Intensity of Use

How often will you be using your industrial vacuum? Daily heavy use demands a more robust and durable machine than occasional light cleaning. Think about the intensity of the tasks as well. Will you be vacuuming for extended periods, or will the cleaning sessions be shorter and less frequent?

The concept of “duty cycle” is particularly relevant here. The duty cycle refers to the percentage of time a machine can operate continuously without overheating. For demanding applications with continuous use, a vacuum with a 100% duty cycle is essential. This ensures that your cleaning operations can proceed uninterrupted, maximizing productivity. A three-phase industrial vacuum with side-channel blower may be the perfect fit in this case. In fact, this motor is maintenance-free and suitable for 24/7 continuous duty.

Budget & Long-Term Costs

While budget is undoubtedly a factor, it’s crucial to look beyond the initial purchase price and consider the total cost of ownership. This includes not only the upfront investment but also ongoing expenses like maintenance, repairs, and filter replacements.

Investing in a high-quality industrial vacuum might seem more expensive initially, but it can actually save you money in the long run. Long-lasting equipment requires less frequent repairs and has a longer lifespan, reducing replacement costs. Furthermore, efficient vacuums can save you time and labor, boosting productivity and ultimately contributing to a better return on your investment.

Choosing the Right Type of Industrial Vacuum

With a clear understanding of your specific needs, you can now explore the diverse world of industrial vacuum cleaners. Each type is designed with specific applications in mind, offering a unique blend of features and capabilities.

Wet/Dry Vacuums: The Workhorses of Industrial Cleaning

Wet/dry vacuums are champions of versatility in the world of industrial cleaning. As the name suggests, these robust machines are designed to tackle both wet spills and dry dirt with equal ease, making them a popular choice across a wide range of industries.

One of the key advantages of wet/dry vacuums is their ability to handle diverse cleaning challenges. Unlike standard vacuums that are limited to dry debris, wet/dry models can effortlessly pick up liquids, making them ideal for cleaning up spills, removing standing water, and even tackling muddy waste. This versatility is invaluable in environments where spills are common, such as construction sites, automotive shops, and food processing facilities.

Key Features to Look for in a Wet/Dry Industrial Vacuum Cleaner:

• Tank Capacity: Wet/dry vacuums come in a variety of sizes, from compact models with small tanks to large-capacity units capable of holding dozens of gallons. Consider the volume of debris and liquids you typically encounter to choose the right tank size for your needs. A larger tank means less frequent emptying, but it also means a bulkier and heavier machine.
• Motor Power: The motor is the heart of any vacuum cleaner, and wet/dry models are no exception. Look for a vacuum with a powerful motor that can generate strong suction for effectively removing both wet and dry materials. Motor power is typically measured in horsepower or amps.
• Water Lift: Water lift refers to the vacuum’s ability to lift water vertically. This is an important consideration if you need to remove water from deep areas like sump or tanks. Suction lift is measured in inches of water lift.
• Airflow: Airflow, measured in cubic feet per minute (CFM), is another crucial factor in vacuum performance. High CFM means the vacuum can move a large volume of air, which is essential for efficient dust removal, especially of airborne dust.
• Drainage System: Wet/dry vacuums feature a built-in drainage system to easily empty the tank of collected liquids. Look for a vacuum with a convenient and easy-to-use drainage system.

Types of Wet/Dry Vacuums

Popular Wet/Dry Vacuum Models

HEPA Vacuums: Guardians of Air Quality

In industries where fine dust, allergens, and hazardous particles are a concern, HEPA vacuums are indispensable. These specialized machines are equipped with HEPA filters, which, as mentioned earlier, have a 99.995% efficiency at 0.18-micron size particles (or larger). This makes them essential for maintaining air quality and protecting the health of workers in environments like hospitals, pharmaceutical facilities, and laboratories.

It’s important to note that not all vacuums marketed as “HEPA vacuums” are created equal. To ensure true HEPA filtration, the entire vacuum system must provide the same level of safety, not just the filter itself. This means that the vacuum is designed to prevent any leakage of unfiltered air, ensuring that all collected particles are trapped by the filter.

Key Features of HEPA Vacuums:

• HEPA Filtration: The core of any HEPA vacuum is, of course, the HEPA filter itself. Look for vacuums that use certified HEPA filters and have a sealed filtration system to prevent leaks.
• Multi-Stage Filtration: Many HEPA vacuums employ multi-stage filtration systems, which include pre-filters to capture larger particles before they reach the HEPA filter. This prolongs the life of the HEPA filter and improves overall filtration efficiency.

Specialized Industrial Vacuums

Backpack Vacuums: The Ultimate in Portability

For situations where maneuverability and accessibility are paramount, backpack vacuums offer an unparalleled solution. These lightweight machines are worn comfortably on the operator’s back, allowing for easy movement in tight spaces, up and down stairs, and throughout large areas. Backpack vacuums are a popular choice for cleaning services, hospitals, and healthcare facilities.

Key Features of Backpack Vacuums:

• Lightweight Design: Weight is a critical factor for backpack vacuums, as operators will be carrying them for extended periods. Look for models made from lightweight materials that minimize strain and fatigue.
• Comfortable Harness: A well-designed harness is essential for distributing weight evenly and providing comfortable support. Consider features like padded straps, adjustable belts, and ergonomic back panels.
• Powerful Suction: Despite their compact size, backpack vacuums often pack a powerful punch when it comes to suction. Look for models with high Air Watt ratings to ensure effective cleaning.
• Cordless Options: Cordless backpack vacuums offer even greater freedom of movement and eliminate the hassle of tangled cords. Consider battery life and charging time when evaluating cordless models.

Explosion-Proof Vacuums: Safety in Hazardous Environments

In industries where combustible dust is present, explosion-proof vacuums are a critical safety measure. These specialized vacuums are designed to prevent sparks and static electricity, which could ignite flammable materials and cause explosions. Explosion-proof vacuums are used in applications dealing with agri-food, chemical, metal, carbon or plastic dust.

Key Features of Explosion-Proof Vacuums:

• Non-Sparking Components: All components of an explosion-proof vacuum, from the motor to the filters, are designed to prevent the generation of sparks.
• Static-Conductive Construction: These vacuums are made from materials that dissipate static electricity, preventing it from building up and creating a spark.
• Specialized Filtration: Explosion-proof vacuums often use specialized filters to capture fine dust and prevent it from becoming a fire hazard.
• Safety Compliance: These vacuums must meet stringent safety standards, rules and regulations, such as those set by OSHA and NFPA.

Compressed Air Operated Industrial Vacuum Cleaners

In situations where electrical power is limited or forbidden, compressed-air vacuums offer a unique solution. These machines are ideal for use in shipyards, chemical-pharmaceutical, and electronics applications. Many options with Venturi Units are available, which feature low air consumption.

Key Features of Pneumatic Vacuums:

• No Electrical Components: Compressed-air vacuums eliminate the risk of electrical shock, making them safe for use in wet or hazardous environments.
• Powerful Suction: These vacuums can generate very strong suction, making them suitable for heavy-duty cleaning tasks.
• Durable Construction: Compressed-air vacuums are typically built to withstand harsh conditions and heavy use.
• Wet/Dry Capability: Many Compressed-air vacuums can handle both wet and dry materials, adding to their versatility.

Key Features to Consider

Beyond the type of vacuum, several key features contribute to overall performance, efficiency, and user experience.

Filtration: The Heart of Clean Air

The filtration system is arguably the most crucial aspect of any industrial vacuum cleaner. It determines the vacuum’s ability to capture and contain dust, debris, and other contaminants, ensuring a clean and healthy work environment.

Matching the Filter to the Debris:

The type of filter you need will depend on the type of debris you’re dealing with. For fine dust and allergens, HEPA or ULPA filters are essential. For larger particles, cartridge or bag filters may work.

For more Large Industrial Vacuumsinformation, please contact us. We will provide professional answers.

Filter Maintenance and Replacement:

Regular filter maintenance is crucial for ensuring optimal vacuum performance and prolonging the life of the filters. Check filters regularly and clean or replace them as needed.

Suction Power: The Force Behind Cleaning

Suction power is a critical factor in determining how effectively a vacuum can remove dirt and debris. It is typically measured in two ways:

• CFM (Cubic Feet per Minute): CFM measures the volume of air that the vacuum can move. Higher CFM is important for moving large volumes of particles.
• Air Watts: Air Watts combine airflow and suction power into a single measurement. Higher Air Watts indicate greater overall cleaning power.

Choosing the Right Suction Power:

The level of suction power you need will depend on the type of cleaning tasks you’ll be performing. For light-duty cleaning, a vacuum with lower suction power may be sufficient. For heavy-duty cleaning, you’ll need a vacuum with higher suction power.

Tank Capacity: Balancing Capacity and Portability

The tank capacity of an industrial vacuum determines how much debris it can hold before it needs to be emptied.

Choosing the Right Tank Size:

Consider the volume of debris you typically collect and how often you want to empty the tank when choosing a tank size.

Noise Level: Minimizing Disruptions

Noise level is an important consideration, especially if you’ll be using the vacuum in noise-sensitive environments. Vacuum noise is measured in decibels (dB). Lower decibel ratings mean quieter operation.

Durability and Construction: Built to Last

Industrial vacuums are subjected to heavy use and harsh conditions, so durability is essential. Look for vacuums made from durable materials like stainless steel or high-impact plastics.

Mobility and Ergonomics: Ease of Use

Consider factors like weight, wheel size, handle design, and cord length when evaluating the mobility and ergonomics of an industrial vacuum.

Essential Industrial Vacuum Attachments

The right attachments significantly enhance the versatility and efficiency of an industrial vacuum. These accessories can be categorized into four main groups: Overhead Cleaning, Floor Cleaning, Equipment Cleaning, and Bulk Material Handling.

Overhead Cleaning

• Extension Wands – Provide extended reach for cleaning high or hard-to-reach areas, such as ceilings, beams, and ventilation ducts.
• Dusting Brushes – Ideal for delicate surfaces that accumulate fine dust, such as machinery panels or electronic equipment.

Floor Cleaning

• Floor Brushes – Designed for different floor types, including hard surfaces, carpets, and tiles.
• Squeegees – Essential for liquid and slurry removal, ensuring dry and safe surfaces.

Equipment Cleaning

• Crevice Tools – Perfect for cleaning narrow gaps, corners, and intricate spaces around machines.
• Upholstery Tools – Effective for cleaning furniture, padded surfaces, and vehicle interiors.
• Color-Coded Accessories – Help prevent cross-contamination in areas with strict hygiene requirements.

Bulk Material Handling

• HEPA Filters – Can be integrated into certain vacuums for enhanced filtration, ensuring compliance with high air quality standards.
• Heavy-Duty Bulk Pick-Up Nozzles – Designed to handle large debris, powders, and granules efficiently.

By selecting the right attachments based on the cleaning application, industrial vacuums can achieve optimal performance, safety, and efficiency.

Choosing the Right Vacuum: Your Checklist

• Define your needs: What type of debris will you be cleaning? What is the size and layout of your work environment? How often will you be using the vacuum?
• Research types and features: Use this guide to learn about the different types of industrial vacuums and the features that are important to consider.
• Consider long-term costs: Think about maintenance, repairs, and filter replacements when evaluating the total cost of ownership.
• Ask questions: our experts will be happy to guide you through our decision making process with suggestions and recommendations tailored on your unique needs.

Top Industrial Vacuum Recommendations

Based on our research and expertise, here are some of the top industrial vacuum models on the market:

For Heavy-Duty Wet / Dry Cleaning: DG70

This powerful wet/dry vacuum boasts a large tank capacity, a robust motor, and durable construction, making it ideal for demanding cleaning tasks in construction, manufacturing, and automotive environments. 

High-Performance Industrial Vacuums for Every Need

Heavy-Duty Wet/Dry Cleaning

Ideal for large quantities of solids, dust, and liquids, this industrial vacuum features:

• Maintenance-free motor, suitable for 24/7 continuous duty (8.4HP, 110.2 inH2O, 353.1 CFM)

• Class L primary filter with an integrated filter cleaning system

• Powder-coated steel construction with ABS accessory basket

• Large collection capacity (26-gal)

For Fine Dust: MISTRAL 451 BL D2

Equipped with a certified HEPA filter and a sealed filtration system, this vacuum is perfect for capturing fine dust, allergens, and microscopic particles in healthcare, pharmaceutical, and laboratory settings.

For Versatile Cleaning Across Industries: DM 3 EL

A highly flexible wet/dry vacuum, designed for a wide range of cleaning tasks across industries. Features:

• Three powerful single-phase motors (3.0HP, 80.9 inH2O, 282.5 CFM)

• Polyester antistatic class M primary filter with an integrated manual filter shaking system

• 15.8-gal collection capacity

• Compact, portable, and easy to handle