RDM – Large Heavy-Duty Low Cart – Model MC-109P-HD-CLG-LOW. Customizable Features

Numerous problems like unstable workstations, damaged cabinets or rust should never be ignored as normal wear and tear. If these problems are ignored, then they will become much bigger, causing issues like reduced productivity and shorter lifespan.

This article sheds light on laboratory furniture problems which should not be ignored.

Corrosion and chemical damage

Laboratories deal with different types of chemicals, so lab furniture is constantly exposed to corrosive chemicals, acids, alkalis and cleaning agents. Even if spills seem to be minor, repeated exposure can damage protective coatings and corrode metal frames gradually. Although furniture made up of stainless steel is highly resistant to corrosion, Prolonged contact with harsh chemicals can degrade its quality.

Besides affecting the appearance of the lab furniture, corrosion also reduces its structural strength. Damaged surfaces can create unsafe working conditions. By using manufacturer-recommended cleaning products and cleaning spills immediately, lab workers can increase its lifespan and prevent expensive replacements

Moisture problems

Water leaks from sinks or humid conditions can silently damage laboratory furniture over a period of time. The presence of excess moisture can cause swelling in wooden components and rust on stainless steel furniture. This can also result in the growth of mold, thus posing health-related risks.

Moisture-related damage not only weakens furniture but may also have an impact on the quality of stored chemicals and laboratory supplies. Proper ventilation systems and quick repair of leaks can reduce moisture-related issues and preserve the durability of laboratory furniture.

Cracked or damaged work surfaces

Although laboratory furniture is designed for withstanding unfavorable conditions, years of heavy use results in the formation of cracks or scratches. These damaged areas may trap microbes, chemical residues and contaminants, thus making it difficult to remove them during routine cleaning. This not only affects hygiene but also the accuracy of experimental results.

Cracked surfaces are more prone to further deterioration as chemicals can seep through it, causing further damage. If this is ignored, then the scale of damage can spread further, thus requiring complete replacement. Quick repairs can help to maintain cleanliness and ensure reliable performance. It also ensures adherence to the laboratory safety standards.

Unstable work benches

A laboratory workbench supports numerous scientific activities like handling delicate instruments, conducting experiments and preparing samples. If a bench becomes unstable due to loose bolts, damaged frames or worn-out legs, then it poses high risks to the lab workers. Even slight movement can have an impact on the experimental accuracy and increasing the chances of tipping over.

Unstable workbenches can put stress on laboratory equipment and cause damages. Proper inspections can help to identify problems before they become too dangerous. Quick repairs will make sure that the workbench remains safe and capable of supporting heavy equipment.

Worn-out protective coatings

Laboratory furniture surfaces often feature protective coatings which shields them corrosion, abrasion and stains. Prolonged exposure to chemicals and abrasive cleaning agents can damage these protective layers, thus leaving the surface more vulnerable to damage.

After the coating degrades, chemicals can penetrate more easily, thus accelerating corrosion. Periodic inspections and timely recoating can help in preserving both the appearance and functionality of the furniture.

Conclusion

Ignoring lab furniture problems can have a negative impact on workplace safety and reduce operational efficiency. If these problems are addressed at the right time, laboratories can then maintain a safe and more productive work environment.

The post Lab Furniture Issues That Can Impact Safety and Efficiency appeared first on RDM Industrial Products.

What Makes Stainless Steel the Right Choice

Stainless Steel Drain Top Table – Model A-109P-CLG-DRAIN-SS-02 Drain Top Workbench. Great for your wet work applications.

Let’s say a facility manager is choosing between a powder-coated steel table and a stainless steel one. On paper, the powder-coated option looks appealing as it’s cheaper, lighter, and available in a range of colours that don’t scream clinical. But here’s the challenge – in healthcare, surfaces are wiped down with aggressive disinfectants, sometimes dozens of times per shift. Powder coatings chip and harbour bacteria. 

The most common specifications are Grades 304 and 316 stainless steel. 

• Grade 304 handles standard hospital environments reasonably well. They have inherently good corrosion resistance, are easy to sanitise, durable over years of heavy use. 
• Grade 316 goes further, with added molybdenum that resists chloride-based cleaners and saline environments. For surgical suites or coastal facilities where salt air is a factor, 316 is worth the premium. 

Perhaps the thing that makes stainless steel genuinely suited for these applications is its non-porous surface. With it, bacteria can’t find footholds and fungal spores don’t accumulate in surface grain. A proper wipe-down actually does what it’s supposed to do. 

Understand Caster Configurations

Not every wheel setup suits every task. Healthcare facilities need to think carefully about how a table will move, where it will stop, and what it will carry. 

Most medical-grade stainless steel tables offer a standard four-caster arrangement – two swivel casters and two swivel casters with brakes. This gives directional flexibility plus the ability to lock the table firmly in place during procedures or when loaded. Some larger tables add a sixth caster for extra stability under heavy loads. 

For example, a typical work table with casters supports up to 500 pounds in dynamic load – that is, while moving. The same table handles 750 pounds statically, and that gap matters. 

Mobility as a Clinical Asset

A fixed table is a commitment. A table on casters is a tool. That distinction shapes how departments actually function day to day. 

In emergency rooms, for example, a crash cart table needs to arrive at a bedside fast. In operating theatres, instrument tables are repositioned constantly as the surgical team adjusts around the patient. In outpatient clinics, a rolling procedure table can move from room to room between appointments, eliminating the need to duplicate equipment across spaces. The mobility isn’t a convenience feature but a workflow feature. 

That being said, not all casters are equal. Medical-grade casters typically fall into two categories – swivel casters, which allow 360-degree movement, and directional casters, which are fixed to a single axis. Most clinical tables use a combination of two swivel casters at one end, two directional casters at the other — which gives manoeuvrability without the tendency to drift when stationary. 

Locking mechanisms on at least two casters are non-negotiable. A table that rolls away mid-procedure is not a minor inconvenience.

Load Capacity and Structural Integrity

A table that looks sturdy and one that actually is sturdy are not always the same thing. Heavy-duty medical tables use 14-gauge stainless steel tops – roughly 0.078 inches thick. The legs are typically 1.5-inch square tubing in 16-gauge material. Reinforcement channels underneath the top and shelf minimise deflection when loaded. Fully welded construction eliminates bolted joints that loosen over time.

However, when poorly matched, casters introduce a weak point. The plate or stem attachment must handle the dynamic stresses of rolling, turning and stopping. Medical-grade caster assemblies are rated for these loads, but cheaper alternatives exist, and they fail predictably. A caster that shears off mid-transport turns a routine task into an incident report. 

Thus, matching caster capacity to table capacity matters. A table rated for 500 pounds dynamic load needs casters collectively rated for at least that much, with a margin built in. Most reputable manufacturers handle this pairing internally. The risk arises when facilities retrofit casters onto stationary tables without engineering review. 

Cleaning, Maintenance and Long-Term Value

Stainless steel tables with casters are not maintenance-free. They are, however, simple to maintain. Daily cleaning involves standard hospital disinfectants wiped across all surfaces. The smooth finish of 304 stainless steel does not trap residue. Glove-friendly edges protect staff during hurried wipe-downs. 

Casters need periodic attention too. Hair, thread, and debris wrap around axles and bearings. A quick inspection during routine floor cleaning prevents buildup. Brake mechanisms should be tested weekly; a brake that slips is worse than no brake at all, because it creates false confidence.

Let us say a facility runs these tables for ten years. The upfront cost of quality stainless steel and medical-grade casters pays back through longevity. Cheaper alternatives corrode, wobble, and require replacement every few years. The math is not complicated, though procurement departments sometimes miss it.

Procurement decisions made by people who’ve spent time in the department tend to produce better outcomes than those made purely from catalogue specifications. The person who actually rolls the table across that particular floor threshold knows something the catalogue page does not.

Conclusion 

Stainless steel tables with casters are not glamorous purchases. Nobody displays them in a design brief or features them in a facility’s annual report. They do not attract the attention that imaging machines or surgical robots receive. Yet they underpin nearly every workflow in a modern healthcare facility.

The right table rolls smoothly, locks securely, cleans thoroughly, and lasts for years. The wrong one creates friction — literal and operational — every single day. For hospitals, clinics, laboratories, and pharmacies, the choice is less about buying furniture and more about investing in infrastructure that moves with the work rather than against it.

The post The Role of Stainless Steel Tables with Casters in Healthcare & Medical Facilities appeared first on RDM Industrial Products.

RDM – Heavy-Duty Low Cart – Model MC-109P-HD-LOW. Customizable Features

Luckily, several companies are guiding this shift. One of them is RDM Industrial Products, Inc. It has been building industrial and biotech workspace solutions since 1977. That kind of longevity says a lot, especially in an industry where companies come and go constantly.

Labs Need to Move Faster Than Ever

Research doesn’t sit still anymore. A lab setup that works okay today can cause problems six months from now. Teams tend to grow, equipment tends to change, and, as mentioned before, new regulations come frequently. 

Modular furniture solves that problem because you rework the space without tearing everything apart. Benches, carts, cabinets and storage systems can be rearranged in days instead of months. 

Sustainability is Mandatory

People always get this wrong, but sustainable design isn’t about slapping a “green” label on something and calling it a day. In 2026, companies are dealing with real ESG pressure, tighter waste targets, and customers who actually pay attention. That’s where modular systems help. Many now use recycled steel, responsibly sourced wood, and longer-lasting finishes that cut waste without feeling flimsy or cheap.

Better Ergonomics Actually Improve Productivity

Okay, so here’s the thing nobody talks about enough. Lab fatigue is real. When employees spend ten or twelve hours standing at uncomfortable stations, repetitive strain injuries start piling up. Productivity and morale both drop. 

Modular systems are designed around actual human movement. Adjustable-height workstations, integrated footrests, ergonomic layouts, and ball-transfer surfaces all help reduce physical stress during long shifts. 

Safety Standards Keep Getting Tighter

If you’re running a lab in 2026, you already know compliance headaches aren’t getting easier. FDA expectations keep tightening, OSHA inspections feel tougher than ever, and ISO standards seem to change every other minute. So yeah, facilities need furniture systems built for modern compliance from the start. Otherwise, you end up spending way too much money on retrofits later, which honestly feels avoidable most of the time. That’s one reason modular systems have exploded in popularity. Integrated laminar flow stations, ESD protection, HEPA-compatible surfaces, and chemical-resistant materials are now built directly into man setups. 

Customisation Matters More Than People Think

Every lab works differently. That sounds obvious, but fixed furniture rarely reflects that reality. Some teams need PCB storage. Others need packaging stations, cleanroom compatibility, specialised carts, or material-handling systems. One-size-fits-all layouts usually create workflow problems nobody notices until operations slow down. 

That being said, a modular system allows companies to build around their actual process instead of forcing employees to work around bad layouts. RDM has built a strong reputation for custom frames, storage configurations, and customised industrial setups because they manufacture directly instead of relying on generic third-party templates.

Long-Term Costs Stay Surprisingly Low

At first glance, some companies assume modular systems cost more. But when you step back and look at total ownership costs, it changes pretty quickly. You’re dealing with fewer major rebuilds, less downtime, lower repair costs and overall simpler logistics. 

In other words, you’re not replacing entire facilities every time your operation grows. That flexibility becomes a huge financial advantage over time, especially for industries scaling aggressively. 

Final Thoughts

Modular furniture isn’t some niche trend anymore. It’s becoming the default choice for companies planning beyond the next two years. When you look at RDM’s nearly five decades of experience serving demanding industries nationwide, it’s not hard to understand why they’ve stayed relevant while others have disappeared.

The post Why Modular Lab Furniture Is Taking Over Modern Research Facilities in 2026 appeared first on RDM Industrial Products.

RDM TALL LABORATORY STORAGE CABINETS – Available in a variety of styles.

Among these infrastructure elements, steel lab cabinets play a vital role in safe laboratory design.

Steel lab cabinets have durability, resistance to chemicals, and strong structural properties that help labs maintain organized storage while minimizing potential hazards. Well-designed cabinets also support regulatory compliance and everyday operational safety. 

Structural Strength and Long-Term Stability

Laboratories frequently store heavy glassware, instruments, and chemical containers, which means storage systems must support significant weight without compromising stability. 

Steel lab cabinets offer greater structural strength than many alternative materials. Steel construction resists warping, cracking, and stress from heavy loads, allowing cabinets to retain their shape even in demanding lab environments. This durability reduces the risk of shelves collapsing or cabinets failing, both of which could lead to spills or equipment damage.

Because steel cabinets maintain their integrity for many years, laboratories benefit from reliable storage without frequent repairs or replacements.

Chemical Resistance and Surface Protection

Chemical exposure is one of the main challenges in lab storage areas. Certain substances can gradually damage wood, plastic laminates, or other porous materials. Steel lab cabinets, particularly those finished with powder-coated or epoxy coatings, provide strong protection against chemical corrosion. 

These protective finishes help shield cabinet surfaces from acids, solvents, and cleaning chemicals commonly used in labs. As a result, cabinet surfaces remain durable and easy to clean. Smooth, sealed finishes prevent residue buildup and help maintain hygienic working conditions.

Improved Fire Safety and Hazard Containment

Laboratories often store flammable or reactive substances that require careful containment. Storage infrastructure must therefore minimize fire risks while supporting emergency safety measures. 

Because steel is non-combustible, steel lab cabinets provide a safer storage option in environments where fire safety is critical. Unlike combustible materials, steel does not ignite or contribute to the spread of fire. Many cabinets are also designed with reinforced doors, ventilation features, and locking systems that help secure hazardous materials.

Clearly labeled and organized storage within steel cabinets also allows laboratory staff to identify and access materials quickly without disturbing other chemical containers.

Enhanced Organization and Accessibility

Safety in laboratories is closely tied to organization. Poorly arranged chemical storage increases the risk of spills, accidental mixing, or improper handling. 

Steel lab cabinets support well-structured storage through adjustable shelving, compartmentalized interiors, and designated storage zones. Laboratories can separate incompatible chemicals, store hazardous substances in specific sections, and maintain accurate inventory control.

Better organization not only improves safety but also increases operational efficiency. Researchers and technicians can locate materials quickly, reducing unnecessary handling of chemical containers.

Durability in High-Sanitation Environments

Laboratories require frequent cleaning to maintain safe and sterile working conditions. Storage units must be able to withstand repeated sanitation procedures without deteriorating.

The smooth surfaces and corrosion-resistant coatings of steel lab cabinets make them well suited for environments that require high sanitation standards. They tolerate repeated exposure to disinfectants and cleaning agents without degrading or absorbing contaminants.

This durability supports consistent hygiene practices and ensures that cabinets remain safe for storing sensitive materials.

Conclusion

Laboratory safety rarely depends on a single system. Instead, it is achieved through multiple layers of protection working together. Durable infrastructure—such as well-designed steel cabinets—forms an essential part of that safety framework. By combining strength, chemical resistance, and organized storage capabilities, steel lab cabinets play a practical and often overlooked role in maintaining safe and efficient laboratory operations.

The post Ways in Which Steel Lab Cabinets Improve Laboratory Safety and Chemical Storage appeared first on RDM Industrial Products.

RDM Lab Table – Model RDM-LAB-TABLE-F-103PLDS-TECH-BLACK-01

From schools to pharmaceutical labs, the questions are often the same. That being said, here are the top FAQs about science lab tables, answered clearly and practically. 

• What Materials Are Best for Science Lab Tables?

Material selection depends entirely on lab function. For chemistry labs, epoxy resin tops are highly recommended. They resist harsh chemicals, heat, and impact. Stainless steel works well in pharmaceutical, cleanroom, and microbiology environments due to its corrosion resistance and easy sanitization. 

Phenolic resin surfaces are common in educational labs because they offer moisture resistance and durability at a more accessible cost. Choosing the wrong surface leads to early wear, staining and safety risks. The material must match the application. 

• Are All Lab Tables Chemical Resistant?

Many general-purpose tables use laminate surfaces, which may look durable but cannot withstand strong acids, solvents, or reagents. If a lab regularly handles corrosive substances, chemical-resistant materials like epoxy resin or stainless steel are essential. Ignoring chemical compatibility can result in surface damage, contamination, and costly replacements. Resistance isn’t optional in chemical environments. 

• What Is the Standard Height of a Science Lab Table?

Most lab tables range between 30 and 36 inches in height. Seated lab stations typically sit at 30 inches, while standing workstations are closer to 36 inches. However, modern laboratories increasingly prefer adjustable-height tables to support ergonomic flexibility. Researchers, technicians, and students vary in height and task requirements. Adjustable systems reduce strain and support long-term comfort. Ergonomics improves productivity.

• How Much Weight Can a Lab Table Support?

Load capacity varies by design. Heavy-duty steel-framed lab tables can support substantial equipment such as centrifuges, microscopes, and analytical instruments. Lightweight tables may not be suitable for vibration-sensitive devices. 

Before installation, reviewing manufacturer load specifications is critical. Overloading compromises structural stability and safety. Strength supports accuracy. 

1. Should Science Lab Tables Be Fixed or Mobile?

Both options serve different needs. Fixed lab tables offer superior stability for precision equipment and heavy-duty use. Mobile lab tables with locking casters allow reconfiguration for collaborative research or flexible teaching environments. In research facilities where layouts evolve frequently, modular systems provide the best balance of stability and adaptability. 

• Are Science Lab Tables Heat Resistant?

Epoxy resin and stainless steel surfaces handle high temperatures well, making them suitable for Bunsen burners and hot plates. Laminate surfaces, however, may blister or warp under direct heat exposure.

Matching heat resistance to laboratory activity prevents surface failure. Heat durability protects long-term investment. 

• What Safety Features Should Be Included?

Safety is built into the design. Look for rounded edges to minimize injury, stable frames to prevent wobbling, chemical-resistant finishes, and proper grounding options for electrical equipment setups. 

In advanced labs, fire-resistant materials and spill containment features may also be required. Safety design reduces risk before problems arise. 

• How Important is Storage Integration?

Integrated cabinets, drawers, reagent racks, and shelving reduce clutter and improve workflow efficiency. Organized spaces minimize contamination and shorten task completion times. When tools and materials are easily accessible, precision improves. Efficiency starts with organization. 

Final Thoughts 

Science lab tables are more than static furniture. They support experimentation, safety compliance, equipment stability, and daily efficiency. Every material choice, structural feature, and ergonomic detail influences lab performance. Understanding these FAQs allows institutions to choose solutions that match their scientific demands. Because in every lab, whether in education, research, or industry, the right foundation supports every discovery.

The post Top FAQs About Science Lab Tables Answered appeared first on RDM Industrial Products.

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  RDM Packaging Tables – Model P-107P-MULTI.

  Buying Based on Looks Alone

A sleek finish or futuristic design might catch your eye, but science lab tables have to work hard. Surface materials should be compatible with your lab’s operations. If you’re working with corrosive chemicals, for example, laminate surfaces won’t last long. Choosing based on appearance without checking chemical resistance, durability, or heat tolerance is asking for trouble. 

• Ignoring Table Weight Capacity

Many lab setups involve equipment that’s heavier than it looks. Microscopes, centrifuges, and specialized instruments add up quickly. Overlooking the load-bearing capability of a table can result in sagging tops or, worse, complete collapse. Manufacturers usually provide weight ratings, so check those numbers and match them to your actual needs. 

• Assuming One Size Fits All

Some folks try to standardize every table in the lab. It sounds efficient, but it often backfires. A prep area doesn’t need the same configuration as a workstation with gas or water access. Adjustable-height tables, mobile benches, or anti-vibration designs can make specific tasks easier and safer. If you’re copying the same model for every corner, you’re likely missing better options. 

• Forgetting About Storage and Utility Integration

A clean surface is nice, but don’t ignore what’s underneath or nearby. Drawers and electrical ports aren’t just add-ons. They’re essential in many lab environments. Leaving them out of the equation leads to clutter, tangled cords, or constant trips to storage rooms. It slows things down and frustrates staff. 

• Skipping Input from the People Who Use Them

Lab staff are the actual people who work at the lab benches. Buying without their input can lead to choices that look good on paper but are awkward or frustrating in practice. Simple adjustments like knee space, reach zones, or even legroom can affect comfort and performance. 

• Focusing Only on the Short Term

Budget constraints are real. But going for the lowest upfront cost usually means sacrificing longevity or usability. Particle boards disguised as a sturdy surface will show their true colors quickly under stress. Replacement costs and disruptions add up. Thinking a few years ahead during the purchase process often saves money and headaches later. 

• Skipping Assembly and Warranty Details

Some vendors leave assembly to you or bury short warranties in fine print. Tables that wobble because they were poorly put together or break down a few months in aren’t worth any savings. Make sure installation and support are included or budget for them.

Conclusion                                                                                                               

Buying science tables is pretty difficult if you don’t know what you’re looking for. Avoid the above missteps to find the best option for your purpose. Choose certified and licensed manufacturers to get the best quality. 

The post Top Mistakes to Avoid When Buying Science Lab Tables appeared first on RDM Industrial Products.

These physical demands can lead to worker fatigue, which negatively impacts both productivity and overall job satisfaction. Leading lab furniture manufacturers have recognized these challenges and are developing innovative solutions to address worker fatigue while enhancing productivity.

Ergonomics at the Forefront

One of the most significant ways lab furniture manufacturers reduce worker fatigue is through ergonomic design. Ergonomics focuses on creating workspaces and tools that optimize human well-being and overall system performance. By designing furniture that supports natural body movement and posture, manufacturers can significantly reduce the strain on lab workers. 

Adjustable-height workbenches allow employees to change between sitting and standing positions, reducing the strain on their legs, back and neck. Workers can personalize their workstations to their preferred height, preventing discomfort during long hours of work. Ergonomic seating with proper lumber support ensures that workers maintain good posture while seated, further reducing the risk of musculoskeletal issues.

Customizable Workspaces for Efficiency

Customization is another important factor that contributes to reducing worker fatigue. Lab tasks often require precision, and having the right tools easily accessible can make all the difference. Lab furniture manufacturers are increasingly offering modular furniture that can be tailored to the specific needs of each lab or worker. 

For example, manufacturers design workbenches with customizable shelving, drawers and storage compartments to keep frequently used equipment and materials within arm’s reach. This reduces the need for excessive movement, minimizing fatigue caused by unnecessary stretching or bending. 

Supportive Collaborative Workspaces

Another trend in lab furniture design is the creation of collaborative workspaces that enhance both teamwork and productivity. Collaborative lab furniture is designed to promote communication and interaction between workers, helping teams work together more effectively. 

Open-plan workbenches and shared lab tables allow workers to easily collaborate without sacrificing ergonomic comfortcomoft. Additionally, some lab furniture is designed to be easily reconfigurable, allowing labs to quickly adapt their layout to suit different tasks or projects. By fostering collaboration and improving workflow efficiency, these furniture solutions reduce the mental fatigue often associated with repetitive, isolated tasks and encourage a more dynamic and engaging work environment.

Durability and Low Maintenance

While ergonomics and functionality are key, durability and ease of maintenance are equally important in reducing worker fatigue. Lab furniture made from high-quality, durable materials ensures that workstations remain stable and safe, reducing the risk of accidents or breakdowns that could disrupt productivity. 

Materials like stainless steel, epoxy resin, and phenolic resin are commonly used in lab furniture due to their durability and resistance to chemicals, heat, and moisture. These materials are also easy to clean, helping to maintain a safe and sanitary work environment. 

Integrating Smart Technology

Smart technology is revolutionizing lab environments by offering automated solutions that improve efficiency and reduce worker strain. Many lab furniture manufacturers are now incorporating smart technology into their designs to support workers in tasks that were once physically demanding or time-consuming. 

For instance, electronic height-adjustable tables enable workers to change their workstation height with the push of a button, eliminating the need for manual adjustments. Some workbenches are also equipped with programmable settings.

Conclusion

Lab furniture manufacturers play a critical role in shaping the work environment for lab technicians and scientists. Through ergonomic design, customizable features, smart technology, and a focus on durability, these manufacturers are reducing worker fatigue and enhancing productivity in labs worldwide. 

The post How Lab Furniture Manufacturers Reduce Worker Fatigue and Enhance Productivity appeared first on RDM Industrial Products.

We’ve often been asked:

Are RDM science lab tables and workbenches safe for use with chemicals?”

The short answer is Yes.

However, you’ll want to choose the right tabletop material for the best resistance.

Polyurethane Painted Metal

Polyurethane coating is suitable for use in labs and industrial settings due to its excellent chemical resistance. As a highly versatile material, the chemical resistance of polyurethane largely depends on its formulation and application. RDM’s polyurethane painted metal tables are formulated to withstand short-term chemical splashes.

We suggest cleaning and drying the spot as quickly as possible. Failing to wipe away any chemical can wear down the polyurethane and lead to lasting damage. Essentially, you shouldn’t have to worry about catastrophic reactions. However, it’s important to note, long-term exposure can wear down the polyurethane, leaving the underlying material exposed. All things considered, it’s definitely a suitable material for most labs. Just as long as you are sure the table can be quickly cleaned and dried if spills do occur.

For comparison, polyurethane painted metal is as resistant as a powder coating. Those with extensive lab experience will understand how reliable this is. You can expect minimal to no reaction to most acids and corrosives. Those that do produce a reaction are small and easily manageable. As long as you can clean the table quickly we suggest this type of table for your lab.

Solid Phenolic

Phenolic resin is one of the most chemically-resistant materials available. It’s often used in a variety of labs and industrial applications. It’s also commonly used in public bathrooms for durable and resistant partitions. This is made by applying phenolic resin to multiple layers of material and then pressing them into the desired shape. In this case, crafting a lab table for your needs.

Solid phenolic is a highly resistant material ideal for use with chemicals and heat. While we still suggest cleaning and drying the area quickly to avoid long-term damage, phenolic resin is capable of withstanding corrosive exposure with minimal effects. It’s an ideal material for lab use where corrosives are the norm. This science lab table top material can be applied to many of our tables. It’s common to find these science lab tables used in industrial settings where the highest resistance is needed against acids, corrosives, and strong chemicals in general.

Epoxy Resin

Cured epoxy resins are one of the most resistant lab tabletop materials available and can withstand a wide range of different corrosives and chemicals. It achieves high ratings in chemical resistance tests and often minimally reacts or has no reaction at all to even harsh corrosives that quickly destroy other materials. As a nonporous material that can be easily applied to most surfaces, we can use this as a top layer coating on most of our tables. You’ll find it as an option for nearly all of our lab tables and workbenches.

Epoxy resin can withstand many different corrosives, but it’s uniquely suited for alkaline chemicals. That’s not to say it’s weak against acids. It’s highly resistant to both, but you’ll see it shine brightest against harsh alkaline chemicals. We recommend this top material for industrial labs where most projects involve corrosives. This will give you a table that will withstand many spills.

Laminated Wood

Laminated wood is surprisingly resistant to chemicals and would be incredible for home use. While it’s not the hardiest material for an industrial lab, it does provide light-duty resistance against a wide range of corrosive chemicals and is an affordable option where corrosives are used sometimes or rarely.

Much like with a polyurethane coating, we suggest cleaning and drying any spots as quickly as possible to avoid damage. As long as the laminate coating is well maintained, then chemicals like mineral acids and organic acids will have little effect. Long-term exposure can wear down the coating, so be sure to care for it and this table should last a long time. For extra protection, we have provided a solid phenolic backer on the underside for even more chemical resistance and industrial viability.

RDM Science Lab Tables Are a Great Choice…

RDM science lab tables and workbenches are safe to use with chemicals and are resistant to many acids, corrosive materials, and other chemicals that wear through other table materials. Picking the right material is essential to achieving the level of protection you need. Laminated wood is ideal for home or school use with some limited industrial lab use as long as you are careful.

Polyurethane is very resistant, but be sure to clean any spills quickly to maintain the table’s integrity. A solid phenolic table or epoxy resin are both uniquely suited for harsh industrial chemicals. Both resist strong acids and alkaline chemicals. Find out more about these top layers by looking through our catalog of industrial lab tables.

The post Are RDM Science Lab Tables Safe For Use With Chemicals? appeared first on RDM Industrial Products.

What ensures the functionality of lab tables in such a precision-demanding work environment is the features of the table. To cater to the exact requirements of the application, these laboratory tables have various features such as:

Height Adjustable Microscope Tables:

When using a microscope, it is necessary to level the eye perfectly, in order to get a clear look of the specimen. When people of varying heights are working together, this can turn out to be an issue with a standard style table. However, with the use of adjustable height tables, researchers can simply adjust the table height to ensure that the microscope is at the right level.

Stainless Steel Lift Tables:

Stainless steel lab table is extremely popular due to the high strength and durability offered by the table along with great corrosion resistance. Such work tables also serve as sturdy and smooth work surfaces, facilitating experiments and other scientific functionalities. In many instances, labs require certain specimens to be examined from various and different angles. To facilitate this, many science lab tables are characterized by a lift.

Laboratory Benches with Storage:

Various laboratory benches are designed with the option to facilitate storage. These tables feature an upper shelf for storage of important tools, chemicals or specimen. This also facilitates easy access to the materials needed for the experiment, being kept just above the table.

Surface Customizations:

Depending on the kind of materials used in the laboratory space and their nature, many styles of science lab tables can be customized. You can choose a work surface that can withstand the harsh chemicals and toxins which the table withstands. You can opt for plastic laminate to prevent scratches in a work environment. Phenolic surfaces should be used for spaces using standard chemicals. For regular lab usage, epoxy resin serves as the best choice, being resistant to moisture, heat and regular chemicals.

Fume Filters:

Certain Laboratory tables have filters to control the fume emissions from gaseous, liquid and solid chemicals. These fume hoods are the perfect choice for laboratory spaces because they use anti-acid and anti-corrosion materials. These have an air filter, an air flow monitor and an air flow meter.

Apart from the five key features listed above, there are several other beneficial aspects of laboratory tables that enhance its functionality and make it is suitable for the harsh laboratory environment. Modular table frames, suspended units, workstations, light tables, and various other features make these tables versatile and flexible for the lab environment. Thus, these tables are quite popular in labs.

Customized Lab Tables

Various industrial and laboratory furniture manufacturers offer custom made lab benches as well. You can get a table with the necessary features for your application, and according to your size and space requirements. This will ensure that the table fits perfectly into your workflow and enhances the productivity and efficiency of your laboratory.

The post Key Features of Science Lab Tables appeared first on RDM Industrial Products.

The size of your laboratory

One of the worst mistakes buyers make when purchasing lab tables or other science equipment is forgetting to consider the size of their laboratory. This negatively affects their performance when undertaking experiments in the lab. If you want to buy a laboratory table, ensure you measure your room. Measuring the table at the science equipment store is one thing, but it doesn’t mean much if you haven’t measured your workroom. When taking the measurements, make sure you also consider the size of the hallway, doors, and stairs.

The Surface

There are at least four types of science table surfaces. Most buyers don’t know this. Perhaps this is due to the fact that most cleanroom tables have black surfaces. It’s advisable to choose a science table surface that meets your daily needs. This will ensure your lab tables can withstand the chemicals your workroom is exposed to. Here are the four types of science table surfaces.

• Plastic Laminate- This is the most popular surface. The surface comes with a classic black laminate that is highly resistant to scratching from everyday use. Most people go for this table because it’s economical and is resistant to most chemicals found in the lab. However, this surface has limited resistance to severe chemicals and high temperatures. Tables with this surface are best used for harmless non-liquid experiments.

• Chemguard Laminate- This laminate has all features found in the standard black laminate. However, this surface has better wear rating and superior resistance to chemicals than standard black laminate. Tables with these surfaces are best when using weaker chemicals and heat sources.

• Phenolic- These tables are mostly found in high school or college chemistry laboratories. Phenolic surfaces are usually thermo-fused and are easy to clean and disinfect. These surfaces don’t stain and are resistant to standard lab chemicals. If you need a table for full-time laboratory use, this is a prime choice.

• Epoxy Resin- Epoxy surfaces are made from modified epoxy resin and completely oven cured during the making process. These surfaces are durable, resistant to moisture, soft, easy to clean, and resistant to normal chemicals and heat. For dedicated laboratory use, epoxy tables are the best choice.

Needs

Why do you need a science table? Who will be using it? What chemicals and other lab table equipment do you use? How many experiments will you be hosting? Do you need laminar airflow cabinets? Asking these important questions will help you choose a science table that serves your needs. If you are planning on hosting many experiments, it might be best to purchase cleanroom tables with storage compartments. More storage makes a lab look more comfortable and safe. If you are buying sciences tables for your school, make sure the tables match the student needs and comply with ADA standards.

Durability

After ensuring a table meets a laboratory needs, the next thing you should consider is durability. You want a table that will last for years. Although a science table surface greatly impacts its overall strength, the material used to make the table’s legs and other parts play a role.

It is important to note that lab table equipment also affects the durability of your tables. Ensure you buy a table made of high-quality material to get the best value for your money. Contaminants in your lab can also negatively affect the durability of your tables. Laminar air flows can help maintain a working lab devoid of contaminants that can affect your science lab furniture.

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