There are innumerable factors to consider when it comes to finding the right epoxy countertops for your laboratory. While something as subtle as epoxy resin pegboards may appear to be inconspicuous, they can have a major impact on the productivity and efficiency of your lab.
A pegboard is a must-have in laboratory environments and is an excellent tool for organizing and hanging objects, including heavy tools, ladders, small tools, and lab accessories. Pegboards made of epoxy resin can securely hold between 100 and 150 pounds of weight without ripping or pulling away from the wall.
Continue reading below to learn more and find out how ResinTops and our team of lab design experts can help you find the best epoxy countertops for your laboratory.
What Is An Epoxy Resin Pegboard Shelf?
Epoxy resin pegboards are designed with materials that have been fiber-reinforced for greater strength, toughness, and lifespan. Epoxy resin pegboards include angled pegs to improve the drainage of lab glassware and are exceptionally sturdy due to their fiber-reinforced construction.
Epoxy resin pegboards are robust and long-lasting and can tolerate extreme heat, chemicals, and physical force, making them the ultimate laboratory organization solution for storing lab tools, equipment, and more. Pegboards made of epoxy resin, an FDA-approved material, can withstand 13 pounds of stress, resulting in a low risk of peg breakage.
How Are Epoxy Resin Pegboards Made?
Epoxy resin pegboards are most commonly created by mixing Epichlorohydrin (ECH) and bisphenol-A (BPA), but other basic materials can make specialized resins. Since the processes are comparable, epoxy resins are available in both liquid and solid forms.
ECH and BPA are first added to a reactor, and as the solution is near boiling point, a 20-40% caustic soda solution is added. After the unreacted ECH has evaporated, the two previously stated phases are separated by adding an inert solvent such as methyl isobutyl ketone (MIBK). The resin is then rinsed with water before being removed by vacuum distillation.
Manufacturers will also add specific additives to develop a formula with unique features such as:
- Faster curing
Curing epoxy resins with hardeners is required to transform them into a hard, infusible, and rigid substance. Depending on the curing agent employed, epoxy resins can cure at temperatures ranging from 5 to 150°C. To cure epoxy resins, primary and secondary amines are often used.
What Are The Benefits Of Using Epoxy Resin Pegboards?
Epoxy resin pegboards are well-known in laboratories worldwide for their mechanical qualities and toughness. Pegboards made from epoxy resin are made from a type of plastic that cures as a solid consisting of silica, resin, hardeners, and fillers, reinforced with fiber.
Epoxy resin pegboards have always been a favorite choice of lab furniture producers and designers due to their exceptional strength and durability. They are virtually unbreakable and can withstand repeated hard impact and pressure without splitting, splintering, or cracking.
In most lab conditions, epoxy resin pegboards are similar to heavy-duty materials such as stainless steel. Additionally, fillers such as natural fibers, silica, or metals can be utilized to strengthen the already exceptional strength of epoxy resin or to add aesthetic value.
Aside from its incredible tensile strength, epoxy resin is also resistant to various corrosive chemicals, solvents, and liquids, allowing it to tolerate regular and continuous exposure to harsh agents without damage. Epoxy resin pegboards are non-porous and smooth, so they do not soak up liquids, such as water, and are resistant to spills and moisture.
Factors To Consider When Buying An Epoxy Resin Pegboard
If you are considering purchasing an epoxy resin pegboard for your laboratory, there are a few things to keep in mind.
The two varieties of epoxy resin pegboards available on the market are distinguished by their orientation: one is suitable for vertical wall mounts, and the other is suitable for horizontal wall mounts.
When working in a confined location, a vertical pegboard system allows you to hang tools and accessories vertically while saving horizontal space. A horizontal configuration is wider and can be stretched sideways to accommodate items like saws and drills.
Before purchasing, consider your available space and project requirements when choosing the orientation of your preference.
Pegboards come in a variety of sizes. Small pegboards are primarily used for remote applications such as counter displays, but larger boards are heavily used in garages. Before purchasing a pegboard, be sure to carefully analyze the size of the workspace you have available.
Epoxy resin pegboard holes are classified into two sizes: small pegboard holes and large pegboard holes. Small-hole pegboards have 1/8 inch deep holes, so only 1/8 inch pegboard hooks will fit, making them ideal for fragile items and minor tasks.
On the other hand, large pegboard holes have 1/4-inch-diameter holes that can accommodate 1/4-inch-diameter pegs or hooks, making them ideal for hanging larger lab tools.
Shop For High-Quality Epoxy Resin Pegboards With ResinTops
Whether you’re building a lab from the ground up or renovating your current workspace, finding the right laboratory furniture can be a complex or time-consuming project for any lab manager. That is why epoxy countertops are so helpful. Not only do they help you organize your laboratory, but using different types of epoxy resin pegboards can save you valuable time and money.
At ResinTops, we offer a comprehensive selection of epoxy countertops and epoxy resin pegboards suitable for even the most demanding laboratory applications. Using cutting-edge production equipment combined with our 30 years of sales and design experience in quality lab equipment, we’re proud to be the preferred choice for all of your lab furniture needs.