The material you choose for your industrial workbench tops plays a crucial role in how well your laboratory or manufacturing space functions.
It’s an important business decision … after all, you don’t want to overspend for a material you don’t need, but you also don’t want to pick a surface that won’t withstand the elements in your workspace that could end up costing you more money in the long run.
When choosing which top that is the right investment for your space, you’ll want to ask yourself the following questions:
Answering these questions before you begin searching for the top industrial workbench options for your space will better prepare you for the various types currently on the market. Until then, here’s a glance at some of the workbench tops you’ll want to consider.
Phenolic resin countertops are manufactured by layering natural kraft paper that has been saturated with phenolic resin and processed under high heat.
This process produces a solid, lightweight top that is durable and long-lasting … an important trait for laboratory and manufacturing workbenches.
Some of the best applications for phenolic resin tops is in biological, chemical, clinical and analytical labs, or labs where performing experiments and tests depend on non-contamination.
That’s because some of the benefits this material provides include:
Although phenolic resin tops can withstand continuous heat exposure up until a certain point, it is not flame retardant. In other words, this type of material isn’t recommended for use where an open flame is present.
Bottom line: If you’re looking for a highly chemically resistant workbench top that is available at a reasonable price, this is the one for you.
Epoxy resin is another good choice in spaces that use harsh chemicals, though unlike phenolic resin, can be used around open flames.
That means places like hospitals, research and development labs, industrial testing and microbiology labs may benefit from this type of work surface.
Benefits include:
However, with these attractive benefits comes price. Epoxy resin tops are the most expensive, in part because of the limited number of manufacturers that produce this durable top that is perfect for extreme lab conditions.
Bottom line: If you’re looking to make a significant investment that will last in a harsh environment, epoxy resin workbench tops can handle the challenge.
Stainless steel countertops are constructed using low carbon steel made of chromium and nickel. This chromium makes the top resistant to rust and corrosion, while the nickel element makes it stain and heat resistant.
That means this is a great choice for pharmaceutical labs, biological science labs, clean rooms, hospitals and other workspaces where results depend on non-contamination.
Benefits of stainless steel workbench tops include:
Stainless steel workbench tops come with disadvantages as well, however. They don’t resist well to scratches and can dent easily on impact. They are also one of the more expensive options, with epoxy resin the only other material more expensive.
Bottom line: The biggest benefit of stainless steel is its ability to withstand very high heat. If high heat sources are a concern to you, stainless steel might be your best option.
Chemical resistant laminate is made by applying a melamine resin over decorative surface paper, which is then bonded to a core of kraft papers impregnated with phenolic resin. This produces a decorative work surface that is both functional and durable.
This type of workbench top is a great choice for spaces where results depend on non-contamination, but do not require as high of resistance in other areas, like heat.
Benefits include:
As mentioned above, chemical resistant laminate tops do not hold up as well to bacteria, corrosion, fungus, water, moisture and scratches. However, the price is right with this type of surface. Plus, it provides a more designer look than the other options.
Bottom line: Chemical resistant laminate should only be used for dry applications, as it can damage more easily than other options available.
In addition to the ones mentioned above, there are a handful of other options, depending on your application.
High pressure laminate tops, for instance, are generally the most economical option. However, unlike chemical resistant laminate tops, they must be used in a chemical-free setting.
Butcher block tops are another option, but they are traditionally used in woodworking and basic assembly applications. That’s because while this type of material is sturdy, it’s also porous and can dent easily.
ESD laminate surfaces are popular for applications where parts and materials are sensitive to static and need protection. This type of workbench top can be expensive, but is a must in workspaces where static charge can impact both the product and worker safety.
Bottom line: There’s a lot of options available to you that range greatly in price, from high pressure laminate tops on the lower end of the scale, to ESD laminate on the higher end. Keep in mind it’s important to choose the best material that meets your lab’s needs so that you can get the most out of your investment in the long run.
It’s important to keep in mind that as you choose your material, you’ll need to consider what’s on the horizon for your company. Technology is constantly changing, and new experiments or projects you take on may require additional changes to your lab or manufacturing space.
That’s why before making a final decision, take into consideration what future work may come your way that would warrant a change in workbench top material.