All sorts of lab work, particularly in industrial labs, require the regular handling of all manner of dangerous substances. It’s here that exhaust hoods shine and show their almost incalculable value.

Did you know… RDM Industrial Products has been manufacturing quality-designed lab furniture, tools, and laboratory equipment for more than 40 years. Laboratory exhaust fume hoods are one of the centerpieces of our business. Here, we’ll tell you a bit about what these incredible devices are. As well as what they can do, and why they are so important. We’ll also share the different types of fume hoods that we manufacture and the many benefits that you can reap from having them at your disposal.

What Do Fume Hoods Do, and Why Does Your Lab Need Them?

RDM Laboratory Fume Hoods & Casework shown with Recessed Pulls and Sliding, Frameless Glass Door Upper Wall Cabinets.

Although chemical fume hoods come in a variety of different types and styles and can have functions that differ from one another in some important ways, they all serve the same basic purpose: to remove harmful gases from the laboratory environment.

Therefore, the most basic reason to have them in your lab is to ensure lab worker safety. If you plan to conduct experiments and trigger chemical reactions in your lab that give off harmful gases as by-products, these exhaust hoods are absolutely essential.

With that, let’s have a look at some of the different types of factory-direct exhaust hoods that RDM can build for your lab.

Classifications of Laboratory Exhaust Fume Hoods, & How They Work!

In essence, a laboratory fume hood is a device that creates an enclosure around a certain work area. A chemical reaction which releases toxic fumes can then be triggered within that work area. Because the enclosure is air-tight, when properly used, the fumes don’t escape its confines. Rather, they are taken up by a ventilation or filtration system and neutralized in any of a few different ways. That is the basic way in which these devices manage and control fumes.

However, depending on the type used, the exact way in which this happens can vary. From a strictly functional perspective, here are the two basic types of chemical fume hoods:

• Ducted: A ducted hood takes air in from the front side of its enclosure and passes the air through a series of ventilation ducts. If the air is contaminated with toxic fumes, this means that those fumes will pass through the ducts until they are totally removed from the laboratory environment and expelled outside. To do this, the fume hood must be properly connected to the ventilation system that already exists in your lab. The hood can be set up to either offer filtration or not.
• Ductless: Ductless hoods, by contrast, take in contaminated air, pass it through a series of filters that remove its dangerous contaminants, and then recirculate that air right back into your lab. They don’t have to be integrated into your ventilation system and therefore are typically easier and cheaper to install.

Besides this classification based on function and fume management, hoods also vary according to a few other designs and style criteria.

Important Design Types of Fume Hoods Manufactured by RDM :

• Bench Top or Standard: As the name suggests, under this design, the hood encloses a workbench, typically with glass or a similar material. Experiments are performed through the sash and within the enclosed workstation, allowing released fumes to be filtered or otherwise removed. Below the bench is a series of chemicals where you can store important materials.
• Walk-in: Walk-in hoods encompass big enough areas that a lab worker can walk into them to do all necessary work. This style of fume hood is particularly useful in situations where cross-contamination between different workspaces must be avoided at all costs. They’re also preferred as spaces in which to trigger larger reactions in which greater volumes of toxic gases may be expelled.
• Thin Wall Economy: As the name suggests, this type of hood has especially thin walls. They serve the purpose of slightly increasing the work area that’s allowed to you. You should keep in mind, however, that their thin walls make these hoods ineffective for dealing with poisonous gases. They can still remove fumes the same way that other hoods can. However, they are not meant for totally segregating poisonous gases from the rest of the lab environment. Thus, they should not be used for that purpose. Other than that, they basically look the same as benchtop hoods. They enclose a laboratory bench and come with a set of cabinets beneath. Because of their thinner walls, however, they are typically less expensive and may therefore be useful to labs that are on a budget.
• Variable Air Volume: Variable Air Volume hoods put more power into the hands of the user. When integrated with exhaust control systems, they give you the power to control the exact rate at which the hood expels and/or filters the air. They also allow you to adjust the volume of air that the hood exhausts. Depending on the position of the sash, which can make the hood more efficient.

To see the full selection of laboratory exhaust fume hoods that RDM manufactures to help you with your airflow and exhaust needs, as well as some of their accessories and specialize features, click here.

Industries That Use Exhaust Fume Hoods:

Lastly, let us give you a brief survey of some of the many different kinds of industries that have found uses for exhaust fume hoods. Just some include:

• industrial labs and engineering firms or factories where combustible elements may be common
• scientific and university laboratories specializing in pure chemical research
• medical and pharmaceutical labs – especially where gases can be expelled as a result of chemical synthesis

Conclusion

All of RDM’s fume hoods are proudly manufactured in the USA. We are also happy to custom design them to suit your specific needs. Let RDM put its manufacturing expertise to work for you. They’ll help you keep your lab workers safe and your projects chugging along smoothly.

The post Laboratory Exhaust Fume Hoods – Manage Your Fume Control Needs appeared first on RDM Industrial Products.

We need many things to keep these complex machines well-oiled and running. Quality-designed cabinets may be simple and humble contributors to this effort. But their crucial place can sometimes be overlooked precisely because they are such simple things. This, however, only makes them all the more important.

When your lab is well-stocked with important but dangerous chemicals, where will you store them when they are not in use? How will you make sure that they don’t accidentally get released and cause serious damage? How will you protect your lab personnel from the dangers these chemicals might pose? Where and how will you store your tools? Industrial-quality laboratory cabinets & casework can be the answer to all of these questions and more.

With more than 40 years of experience, RDM Industrial Products has been designing all kinds of laboratory furniture up to the very highest standards of quality. Here’s a look at some of the different types of laboratory cabinets & casework that we have on offer and what they can do for your lab.

RDM LAB FUME HOODS & CASEWORK shown with Recessed Pulls and Sliding, Frameless Glass Door Upper Wall Cabinets.

What Can Lab Casework Do For You?

Before we get into the weeds and share with you some of the various types of lab cabinets that we can make for you, let’s answer some practical, down-to-earth questions first. Why does your lab need good casework? What can cabinets do for you?

• Storage: This may seem like an obvious thing, but it bears belaboring. At the bottom, a cabinet is just an enclosed compartment where you can store things. Your lab workers’ stock of chemicals alone will be a major thing requiring secure storage. but other things will require storage capacity as well, like extra gloves or goggles. Whenever anyone at a workstation needs something close at hand, a cabinet is an excellent place to leave that thing waiting.
• Versatility: We know that in the lab, as in life, nothing is ever truly one-size-fits-all. That’s why we manufacture cabinets that both large and small. We can make them out of a variety of different materials, fashion them into different shapes, and either attach them to workbenches or have them be standalone units put up on the wall. One of our goals is to offer you the versatility you need to meet your challenges.
• Safety: “Safety First!” is a common mantra in a wide variety of dangerous settings. It’s a mantra one should never lose sight of the fact that the lab can be a dangerous place. With its profusion of caustic and potentially hazardous substances, a lab can be something of a powder keg. With properly designed cabinets, however, you can greatly mitigate these hazards and keep everyone safe.
• Durability and Longevity: Everyone wants equipment that will last, something that can handle the stresses and rigors of everyday use. That’s why we build our cabinets to last for years and years.
• Cost Savings: Good casework can also save lab managers money in a variety of ways. Since our units are built to last a long time and can reliably absurd damage, you will save money on replacement costs.

What Kinds of Features Do Our Cabinets Have?

Now that you have some idea of how and why casework is so important to make your lab run smoothly, you should know a bit about how RDM’s factory-direct cabinets can provide you with the benefits we’ve discussed. What features do our cabinets have? What styles can we make them in? Here’s some idea of how we can make the magic happen:

• Tough, Reliable Materials: We make cabinets out of two main materials: stainless steel and wood. When storing more heavy-duty materials, metal laboratory cabinets can be just what the doctor ordered. For simpler or less high-priority items, wooden cabinets can still be a convenient storage tool. Our metal laboratory cabinets can be further customized with all sorts of other features, both aesthetic and practical. Some of these include a wide selection of colors, adjustable shelves, removable backs, static resistance, plastic lamination, sound headed doors and drawer heads, and more. For more details,  click here.
• Chemical Resistance: We the ever-present danger of caustic chemicals in the lab, it’s clear that you’re going to want to store dangerous acids and other volatile or reactive substances in places that designed to subdue or resist reactivity. Luckily, RDM can make chemical resistant cabinets that are up to the challenge. If even the roughest acids spill on them, they’ll stay in one piece. You can get a more detailed look at how we can design and equip chemical-resistant cabinets here.
• Fire Resistance: Sometimes, sparks fly in the lab. Often, significant amounts of heat are necessary to kick-start reactions. Other times, you’ll have to make use of some highly flammable chemicals in the course of your work. We can make flame-resistant cabinets to prepare you for any eventuality. You can learn more about our flame-resistant cabinets and how we can customize them for you here.

If you decide that you need laboratory cabinets & casework with any combination of these features, we can custom design them for you. None of these important features need necessarily exclude the others. Tell us about your requirements, and we’ll fashion the casework to meet them.

Laboratory Exhaust Fume Hoods

Though technically more than a mere lab storage device, laboratory exhaust fume hoods are nevertheless extremely important tools that can serve certain related critical functions. Fume hoods are meant to keep dangerous gases from spilling out into the general lab environment. They provide sealed off workbench enclosures where researchers can set off chemical reactions that release toxic fumes. Simply place the fume hood around your workbench to hermetically seal off the environment, and you’re good to go.

There are two basic types of laboratory exhaust fume hoods. The distinction between them is based on how they treat and remove noxious fumes. First, ductless fume hoods capture dangerous gases and immediately funnel them to the outside environment, well away from the lab. Ducted fume hoods, on the other hand, will capture the dangerous gas and run it through a filtration system until it is no longer dangerous. What remains can then safely be released back into the lab.

Like cabinets, therefore, fume hoods are critical for keeping dangerous substances away from lab personnel. Which type of fume hood to get for your lab is a personal decision that will vary according to circumstance. Rest assured, RDM is ready to supply you with either type. RDM laboratory fume hoods are a must have addition to round out your laboratory cabinets & casework solution.

Conclusion

Without good cabinets dotting the landscape of your lab — whether near the floor on your workbenches or hanging from the walls — things are bound to become a mess in many more ways than one. Since you can use them to store virtually anything, they are crucial to giving your lab a sense of orderliness, safety, and direction.

All of RDM’s industrial-grade laboratory cabinets & casework, as well as all of our other lab furniture, are proudly manufactured in the USA. Have a look at the full range of our laboratory cabinets & casework today and let us take your lab up a notch.

The post Diverse Laboratory Cabinets & Casework Designs to Meet Your Needs appeared first on RDM Industrial Products.

Thus, from both a safety and financial angle, the decision to purchase laboratory exhaust fume hoods is a critically important one for lab managers.

RDM Industrial Products, with its over 40+ years of experience in manufacturing the finest laboratory hardware, stands at the ready to assist you and supply your needs.

But before you embark on your quest for laboratory exhaust fume hoods, here is some of what you need to know about these crucial machines and about how RDM designs them.

Fume Hood Styles

Fume hoods can be classified in a number of different ways. The first is by their functionality and the ways in which they treat the air that is sucked up into their systems. In this regard, there there are two types of fume hoods:

• Ducted:
  Ducted fume hoods draw in air from the front side of the cabinet or workstation where scientists and lab technicians do their work. It then simply expels that air not only from the laboratory environment, but from the building more generally. In this way, any dangerous fumes that are expelled over the course of your lab work will be swiftly removed from the room. Protecting both you and any other researches or lab personnel from exposure. To do this, ducted fume hoods will need to be connected to the ventilation system that already exists in your facilities. RDM Industrial Products offers a number of factory-direct, industrial-quality ducted fume hoods, like the popular SB-MAX. Many of these can be built according to your personal size specifications and outfitted with a number of optional additional features.
• Ductless (Recirculating):
  By contrast, a ductless or recirculating fume hood works differently. It takes the potentially noxious or toxic gases that have been released into its system, runs them through a filtration mechanism until they are no longer harmful. And then releases the filtered air back into the laboratory room. As with ducted fume hoods, RDM manufactures a diverse selection of ductless models as well. Including the SB-MAX-A, which filters and recirculates your air while also bringing in more air from the outside. As with ducted models, all ductless fume hoods from RDM are manufactured direct. And if needed, they can be built according to your size specifications. It is also important to remember that ductless fume hoods typically have lower initial costs. And, depending on the environment, can provide greater benefits in the form of higher efficiency. As such, they are an excellent option for lab managers seeking to lower long-term costs.

In addition to this functional classification, fume hoods also vary by things like size and overall design style. Here, the major categories sold by RDM are as follows:

• Bench Top Hoods:
  Bench top fume hoods are the most common, and therefore the standard, fume hood design style. In this case, the fume hood is attached to and surrounds a work counter, below which are storage cabinets that allow you to keep various laboratory chemicals close at hand.
• Walk-In Hoods:
  Walk-in fume hoods are typically large enough to allow a person to fit into them. They are generally separated into multiple compartments with an internal bypass that adjusts as the sash is either raised or lowered. Walk-in fume hoods are useful for laboratories which expect to have to deal with large volumes of toxic gases. RDM’s standard model here is the WB-MAX.
• HEPA Workstations:
  HEPA workstations are much like bench top fume hoods, except that they are generally smaller and more portable. Also, the come attached to a HEPA air filter which continuously bathes the surrounding work environment with freshly filtered air.

All RDM fume hoods are proudly manufactured in the USA. We encourage you to take a look at our many fume hood models and styles and choose the one(s) that are best fitted to your lab’s peculiar needs. Custom designs are available upon request.

Exhaust Fume Hood Options

Laboratory exhaust fume hoods – of all the types and styles mentioned above – come with a number of different optional design features. If there’s a feature you’d like to add, a member of the RDM Team would be happy to see if it fits in with your design. Many of these options concern the design and construction of the storage cabinets that come attached to certain fume hoods.

Typically, cabinets, associated workstations and fume hoods themselves are made of stainless steel. Though RDM can custom-design cabinets using other materials like laminated wood and melamine wood. We can also make the cabinets and overall fume hood flame resistant and/or chemical resistant. Which is an especially important feature for labs that are stocked with flammable or corrosive substances. Trespass base cabinets, which are also chemical-resistant, are available as well.

RDM can also build exhaust fume hoods in a wide variety of sizes. Generally ranging from 35 inches wide on the smaller end to as much as 96 inches wide on the larger end. The specific size options available will vary depending on the model that you have your eye on, however, so be sure to check out all of our industrial-quality fume hood models. Design options for base cabinet construction will also vary depending on the types of chemicals that you intend to store and use in your lab.

Fume Hood Accessories

RDM fume hoods also can come with a diverse set of technical accessories. Allowing you expand their capabilities and put them to laboratory-specific uses. RDM’s customization features only augment your power of choice and help you to assemble a better and more multi-purpose lab. Accessories, broadly speaking, fall into the following categories:

• Compatibility With Room Fixtures:
  Depending on the nature of the room and ventilation system with which you’ll be using your fume hood, various accessories may be necessary. Fume hoods can be set up to work with standard air systems, with chilled water, natural gas, argon or other arrangements, as required.
• Ventilation Control Styles:
  RDM offers both analog and digital ventilation control systems with its variable air volume fume hoods. Digital systems generally offer more fine-grained control over air flow and air volume, but analog knobs are also available. Such hoods also come with alarms which go off if air flow is not kept within certain pre-set parameters. Moreover, we can build custom-made fume hoods which remove toxic gases by creating a vacuum. Sashes made of safety glass.

We encourage you to browse through the full range of our quality-designed fume hoods. Then give RDM Industrial Products a call at 1-877-483-5733. Let us build one for you that will let you push your lab to new heights.

The post What You Need To Know About Laboratory Exhaust Fume Hoods appeared first on RDM Industrial Products.

Fume Hood Purpose

A fume hood’s purpose might sound simple, but it’s critically important since any lab accident can be catastrophic. One spilled chemical can lead to lifelong injuries or death in the worst-case scenario.

A fume hood is designed to collect and contain dust, vapor, and fumes. They will then be removed from the air via the laboratory’s exhaust system. When used properly, this will completely remove any airborne fumes and particles in the air so that workers and students are safe.

Different Types of Fume Hoods

There are several different types of fume hoods that all serve the same basic purpose but go about their task in different ways. The most common and simplest to use is called a Constant Air Volume, or CAV, fume hood. These remove fixed amounts of air at all times and regulate the overall volume of air in the room.

There are also Variable Air Volume, or VAV, fume hoods. You can adjust the sash height to alter airflow. These models often come with monitors and there is an emergency purge feature that quickly removes any hazardous fumes or particles.

Most fume hoods look like large metal cabinets, but there are also some walk-in fume hoods that serve somewhat different purposes. They still collect fumes, vapors, and particles for safety, but their main purpose is to keep the work process separate from other parts of the lab. This allows technicians to work on more volatile chemicals without interfering with the rest of the lab.

Fume Hood Limitations

A properly operated chemical fume hood works wonders against gaseous pollutants and particles. At the same time, they have limitations just like any other lab equipment. Anyone who was near the accident may have inhaled the fumes before the fume hood started working. While a hood can minimize the risk here, it can’t completely eliminate it.

Fume hoods only work on the airborne elements of the chemicals and particles. You will still need goggles, aprons, and other personal protective gear for comprehensive safety. While a fume hood isn’t infallible, it is essential for clearing the air of any pollutants.

You must also consider capacity, especially if you’re choosing a ductless fume hood. Ductless hoods are more affordable and are usually adequate for smaller spaces or when working with less dangerous chemicals. At the same time, they tend to have significantly less capacity and airflow than air hoods attached to the ducts.

Safety Checks

There are several factors you must check before putting the fume hood to work. You don’t want to discover the hood malfunctions after a chemical spill has occurred. Ensure that all safety certifications have been completed within the last 12 months. If any certifications have expired, then have the fume hood inspected immediately. Ensure that you can safely control airflow and that the model works as expected by testing it out.

Chemical fume hoods come with baffles and some have both upper and lower baffles. These can be adjusted with a lever attached to the hood. Test the baffles and ensure they work as expected. The sash level determines how much air the fume hood regulates. Keep it as low as possible to conserve energy. It shouldn’t be lifted above the arrow for efficient operating unless needed. Ensure the sash level affects the airflow as expected.

Be sure to read the operating instructions for any other parts or functions. You will want to test everything to ensure the fume hood works when needed. You don’t want to find out a critical feature is broken when an accident happens.

Safely Avoid Cross Drafts

An essential aspect of fume hood safety is to avoid cross drafts. Any air currents or cross drafts in the lab can drastically reduce the fume hood’s efficiency. The contaminated air can be pulled away from the hood and circulated back into the lab, which poses a risk to employees and means the fume hood must work harder to remove the hazardous contaminants.

Most cross drafts are made by seemingly innocuous means. They are often formed by open windows and doors, existing air ventilation or even employees moving their arms and bodies near the fume hood. This is often done in an effort to remove the contaminants and might seem helpful, but the fume hood must be unimpeded in its work. These cross drafts must be avoided for peak proficiency.

Fume Hood Maintenance

Another essential aspect of safety is maintaining the fume hood so it’s ready when you need it. Check the airfoil and ensure it’s properly in alignment. It can be knocked out of place and this can significantly impact airflow. It might go without saying, but some people have used fume hoods as storage spaces since they look like cabinets. This should never be done as it can impair or destroy the fume hood.

You must also wash the interior of the hood to avoid any chemicals building up. This is especially important if you are working with explosive or highly reactive chemicals. Many fume hoods have a wash setting. If your model doesn’t come with one, then wash the interior manually. It’s suggested that this be done daily, but check your fume hood’s instructions to see if your specific model suggests a different cleaning schedule.

In Conclusion

Fume hoods are one of the safest and most reliable pieces of the lab equipment available. They quickly remove hazardous contaminants from the air and minimize damage from chemical spills. Check our large catalog of fume hoods to find the ideal one for your lab. We offer many different sizes and styles that will suit your industrial needs.

The post Fume Hood Purpose and Safety appeared first on RDM Industrial Products.

Why?

The lab furniture and equipment you use will actually play a major role on how effective your laboratory will be. Hence, you should choose your pieces carefully and objectively. And by asking the right and proper questions, you get to make that possible.

Interested?

Here are some questions that you might want to ask yourself before investing in lab fume hoods (or other laboratory furniture pieces for that matter):

Q1: What Specific Furniture Pieces Do I Need?

Chances are we have different needs and requirements for our lab tasks and operations. So, in order to make the right choices, we need to make a careful assessment of what we need. Accordingly, this can help us prioritize on the things that need urgent attention—and eventually reap more benefits in the end.

For example: Do you need chemical fume hoods to maintain safety in your lab? Or do you need new chemical safety cabinets for storage? How about a new lab table? What specific laboratory task needs to be improved on (or need new furniture)? Note: By knowing which is which, you get to make the proper moves later on. Accordingly, this will help you avoid unwanted issues as well.

Q2: Does The Furniture Comply with the Needed Standards?

Fume hoods and other related furniture pieces need to be safe for use. There’s no denying that. After all, lab tasks require the handling of sensitive chemicals and items—and you shouldn’t be taking unnecessary risks.

With that in mind, you should ensure that the furniture or equipment you’re using is actually safe. Does it comply with OSHA or ASHRAE standards? Can it actually withstand the chemicals or elements that you are handling in your lab?

Remember: Safety and efficiency must go together. So, you should only invest in pieces that can bring these for you.

Q3: Am I Dealing with the Right Manufacturer / Supplier?

In order to find the right lab furniture or equipment—you need to deal only with companies who actually know what to do. As much as possible, only deal with professionals that have already been tried and tested for efficiency. Incidentally, RDM is the name to trust in this arena.

For over 37 years, RDM has been providing clients with efficient, durable and safe industrial and lab furniture. All our products meet the needed standards and qualifications—and we intend to maintain that same level of excellence and quality.

The post Questions to Ask Yourself before Buying Fume Hoods appeared first on RDM Industrial Products.

In order to find the right pieces—you will need to take certain rules into account. Accordingly, this will not only make your investments more worthwhile, but it will also help you get the benefits that you are looking for. And the same goes if you’re looking for light tables for sale.

In order to find the tables that you need and want, it is imperative that you choose your options wisely…

So, how can we find the proper light tables? How can we ensure that the particular table we are eyeing on is the one we really need?

Please continue reading…

The More You Understand Your Needs—the Better

First of all, we have to remember that not all the light tables for sale out there will fit our specific requirements. Accordingly, it would be more advantageous if we are able to aptly make a clear and objective assessment of our needs, in order to maximize the benefits that we’re aiming for.

• What is the size of the lighted area needed ??

• how much will your item / load weigh ??

• Do you require a tilt top feature ??

• What type of environment will this table be used in ??

Note: by knowing these details beforehand, you get to ensure that you are making the proper choice. This will not only make your “furniture shopping” easier, but it will also keep unnecessary problems at bay. In effect, it will make things easier for you.

Choose Your Manufacturer Wisely

This is a pretty important rule…

The furniture manufacturer you’ll be dealing with will most likely play a pivotal role on how good (or bad) your light table is and will be. Accordingly, you’ll need to ensure that you are only dealing with manufacturers who have the following qualities:

• Experience (Note: RDM has been operating as an esteemed industrial furniture manufacturer for over 37 years).

• Reliability (Note: RDM makes use of high-quality and durable materials for its furniture pieces, from its light tables, lab fume hoods to other options).

• Affordability (Note: despite its stature as one of the most respected and experienced industrial furniture manufacturers around, RDM makes it a point to offer reasonably-priced furniture pieces and light tables for sale. Why? Because they believe their clients deserve the best—and nothing less.)

Do you want to find the high-quality, effective, durable and affordable light tables for sale? If so, call 877-777-9130 or click here for additional information.

The post Rules to Follow When Looking for Light Tables for Sale appeared first on RDM Industrial Products.

How Do Fume Hoods Specifically Work?

In certain cases, fume hoods act as a protective barrier for lab workers. Certain lab activities and operations are actually done inside the hoods, in order to prevent the people handling chemicals from inhaling fumes and other toxins. Fumes that have been diluted, exhausted and properly ventilated are harmless to human health.

What Are the Types of Fume Hoods?

There are various types of fume hoods, depending on their uses and purposes. Here are some of the types of lab fume hoods that you might want to take a look at:

• Distillation Fume Hood – this type of hood shares the same features as that of a standard fume hood, although this is lower in height for easier handling. This also requires the installation of distillation equipment, for greater efficiency.

• Radioisotope Fume Hood – as its name implies, this type of fume hood is meant to protect users from radiation. These have been specifically designed with worktops that can handle the weight of lead shielding plates (for radiation protection) and it also makes use of stainless steel, for more efficient decontamination.

• Acid Digestion Fume Hood – these are made of acid-resistant components. To effectively handle acids, high-service temperatures are used, while polycarbonate materials are utilized for additional safety and durability.

Note: there are many other types of fume hoods that you can use to your advantage. However, it is advisable that you look into the types of operations they will be used for (as well as the chemicals that they will be constantly exposed to) in order to ensure the utmost efficiency.

In the end, one thing is clear: fume hoods are indeed important…

They are here for a reason—and if you are looking for one, you must ensure that you are actually using those specific pieces that have the needed features—and was designed by a manufacturer that actually knows what to do. By doing so, you get to ensure the utmost efficiency and you get to reduce any untoward risks as well.

RDM is a leading industrial and laboratory furniture manufacturer that has been providing a wide array of industrial and laboratory products for over 37 years. The company is known for its reliability, reputability and for its top-class products.

Do you want to know more about RDM? Click here for details or call us at 877-777-9130.

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