Drip Trays Made of Epoxy Pegboards

Epoxy resin Pegboards can be mounted on walls, uprights, and columns to create a vertical drainage and drying zone for laboratory glassware such as test tubes, beakers, or bottles. Pegboards are also available in vertical configurations. Pegboards and drying racks made of Durcon Epoxy Resin support glassware with specially engineered "no twist" two-prong polypropylene pegs that are angled at a 30 degree angle to provide the maximum amount of support.

Epoxy resin Pegboards are equipped with two-pronged Oval polypropylene pegs in either black or white. These pegs are angled at a horizontal 30 degree angle to provide good support for laboratory glassware as well as drainage.

In the role of supplemental material, 2 "There is a stainless steel drip tray with a width of 51 millimeters available to fit any size pegboard. PVC tubing is included with this package.

The monolithic nature of a molded Durcon pegboard 1 "products made of a thick cast epoxy resin. Available in a variety of hues, however the black variety is the standard in the business. The one-of-a-kind molding and curing process guarantees that a full chemical reaction will take place within the created material, which will ultimately result in a chemically resistant surface that is uniform and of the best possible quality.

Drying racks designed for epoxy pegboards are most frequently seen in the 11 5300 - Laboratory Equipment area. Pegboards made of epoxy resin can also be found under the Section 12 3600 Countertops category.

Epoxy resin is the preferred material for pegboard in demanding situations such as laboratories, classrooms, and research facilities because of the material's exceptional resistance to chemicals, durability, inability to catch fire, and inability to absorb liquids. In order to ensure a long life and reliable service from the epoxy pegboards, proper care and maintenance should be performed.

Epoxy Coatings: How to Choose the Right One

Epoxy coatings are utilized often in a variety of settings, including residential, commercial, institutional, industrial, maritime, and transportation applications. Epoxy coatings can have a wide variety of performance characteristics, thus several kinds of curing agents are required to bring out those features. The epoxy resin is transformed into a fully functional epoxy coating as a result of a reaction between the curing agents and the epoxy resins, which results in the formation of a cross-linked network. For someone who isn't prepared, choose one sort of epoxy to use instead of the others can be a real challenge. There are certain fundamental distinctions to be made between polyamide epoxies, polyamine epoxies, phenolic epoxies, and novolac epoxies, which are outlined in the following:

A. Polyamide Epoxies

Coatings made of polyamide epoxy are cured with a curing agent that consists of some kind of reactive polyamide resin. The reaction of long chain fatty acid dimers with multifunctional amines led to the formation of these reactive polyamides. These terminal amines are separated by a significant amount of molecular distance, which contributes to a significant decrease in the vapor pressure of the resin. Primers often make use of polyamide epoxies because of their recoatability, flexibility, and adhesion, in addition to their enhanced wetting qualities and increased corrosion resistance. They have a modest level of chalk resistance and only a moderate level of acid resistance, but they tend to be more resistant to moisture, weather, and alkali.

B. Epoxies derived from polyamines

Epoxies that have been cured with polyamine are typically used to increase the film's hardness, as well as its abrasion and chemical resistance. There are several different types of amines, including aliphatic amines, cycloaliphatic amines, aromatic amines, ketamine, and phenalkamines, among others. Epoxy coatings benefit from a diverse set of chemical resistance properties because to the large variety of amines used in their production. Epoxies that are treated with polyamine offer increased resistance to the corrosion that is caused by microorganisms. These epoxies are distinguished by their shorter pot lives and recoat windows, in addition to their resilience to chemicals and high temperatures.

Note the Difference: Polyamide cured epoxies provide better flexibility, better abrasion resistance, improved corrosion resistance, and are relatively safer to use. In contrast, polyamine cured epoxies are tough, more chemically resistant, brittle, and provide improved abrasion resistance. Note the Difference: Polyamide cured epoxies provide better flexibility, better abrasion resistance, improved corrosion resistance, and are relatively safer to use.

C. Phenolic Epoxies

In most cases, when people talk about phenolic epoxy, they are referring to a system in which an epoxy resin is heat-cured together with a phenolic resin. Can liners and drum liners that need to be highly resistant to chemicals have typically been lined using formulations of this sort.

D. Novolac Epoxies

Epoxidation of the acid catalyzed reaction product of phenol and formaldehyde is the foundation of the manufacturing process for Novolac epoxy resins. Typically, applications that require greater resistance to chemicals and/or higher temperatures are the ones that make use of epoxies with these characteristics. In most cases, they need to be heated in order to completely cure, but in certain cases, they may be designed to cure at room temperature.

At the same time as polymer technology advances, several types of curing agents that are optimized for certain environments also become available. Because there are so many different iterations of each of these, it is very difficult to compare similar values based just on the information that is provided on the product data sheet. Before choosing an epoxy coating for a certain application, you should always consult ResinTops technical specialist first.

🎧 Podcast: https://pod.co/podcastlive/what-goes-into-making-epoxy-resin-pegboards-mp3

Epoxy Resin vs. Polyurethane Countertops

Laboratory counters are your primary workplace, where you keep all of your tools, projects, and equipment. Countertops are now available in a wide range of prices, materials, composites, and treatments, allowing you to select not only the finest alternative for your laboratory, but also the most cost-effective one. Because each laboratory is unique, you must identify what you receive with each material. Then, trust your instincts about what feels correct for the sort of job you'll be doing on the countertop.

This time, we're focusing on two of the most common countertop materials, epoxy resin and polyurethane, and will assist you choose between the two:

Resin Epoxy

Epoxy resin countertops are extremely durable. Epoxy resin is the most popular choice for many types of labs because it is sturdy, non-porous, and competitively priced. Because it is water and moisture resistant, the material keeps up well in damp circumstances, which is why most labs utilize it near sinks, if not for the full countertop arrangement. Epoxy resin is extremely resistant to a wide range of chemicals, heat, and the majority of adverse conditions that cause surface cracking, blistering, and discoloration. Because the material has no additional layers or coatings, it is both durable and dependable.

Pharmaceutical, educational, hospitals, medical, R&D laboratories, microbiology, biomedical, biological science labs, molecular pathology, and industrial testing are some of the labs that use Epoxy resin countertops.

Polyurethane

Polyurethane is a plastic that can be solvent (oil) or water-based (acrylic). Polyurethane varnish is one of the greatest finishes for a countertop since it is incredibly durable and may be as subtle as lacquer. Smaller labs and do-it-yourselfers will appreciate knowing that polyurethane application may be completed quickly and easily without the need of spray equipment or prior knowledge. A single coat of polyurethane (enough for a superb finish) normally takes eight to twenty-four hours to cure completely. Polyurethane cannot be regenerated after it has solidified. When deciding between oil- and water-based polyurethane varnishes, keep in mind that oil finishes tend to sink into the grain and yellow.

Which one should I pick?

The production method and building ingredients distinguish epoxy resin from phenolic resin. The two parts are functionally extremely comparable in terms of quality and longevity, with the key variation being the heat handling capability. As previously stated, phenolic resin countertops function remarkably well under continuous heat exposure up to 350°F (176°C), however epoxy resin works even better under higher heat loads, including open flame. On that said, if your lab is constantly subjected to extreme circumstances, epoxy resin may be a better choice.

Talk to our ResinTops trustworthy and expert lab planner or designer business to investigate your possibilities and pick the greatest choice for your lab for the best outcomes.

🎧 Podcast: https://pod.co/podcastlive/3-uses-of-a-phenolic-resin-countertop-in-your-lab-mp3

Epoxy Resin Countertops Benefits and Drawbacks

Epoxy resin worktops are well-known for their mechanical characteristics and toughness. The majority of their renown stems from a special technique known as curing. Epoxy resin is a form of plastic that is cured as a solid comprising silica, resin, hardener, and filler and is reinforced with fiber, making its durability difficult to dispute with. Despite the fact that epoxy resin is used in a variety of sectors, every substance has advantages and disadvantages, therefore we're looking at what it has to offer.

As previously stated, epoxy resin is quite durable. Despite its strength, what makes epoxy glue so easy to work with is its ability to be sterile. It is extremely easy to clean, making it excellent for companies, kitchens, and labs that require a sterile atmosphere. It doesn't matter what cleaning method or product you employ because it is substantial (i.e., non-porous). It is almost hard to cause fractures or damage to the surface, ensuring that it remains gleaming even after years of usage. Epoxy outperforms polyurethane in terms of sturdiness and longevity.

Another advantage of epoxy resin is its resistance to moisture, making it ideal for use as a countertop around sinks and other water sources. It is also resistant to high temperatures and corrosive chemicals. As if all of these crucial characteristics weren't enough, epoxy resin is a stunning substance, whether you pick the solid main color or one of the many marble-like patterns available.

NOTE: Follow the proper epoxy resin maintenance instructions to maintain your epoxy resin surfaces in good condition.

Cons

The most frustrating aspect of epoxy resin is that it may be a disaster if not applied correctly. When errors are made during application, the procedure of removing the material can be time-consuming. When it comes to epoxy resin, this is true in all cases. Because the process of application should not be rushed, it might take considerably longer to apply than other materials.

To avoid headaches, put some work into adequate planning. A single error might mean having to redo the entire job. It is critical to properly clean the surface and ensure that it is totally dry, since even the smallest amount of moisture might result in an uneven surface.

However, while the extra time and effort are worthwhile in comparison to the benefits this substance provides, another disadvantage is its scarcity. You may have to wait a bit after placing your purchase due to the production procedure. In general, you should brace yourself since this material will need a lot of patience from you.

If you determine that obtaining epoxy resin is the best option, don't try to install it yourself, especially if you're a first-timer. Instead, entrust its installation (and everything in between) to a team of specialists to achieve the greatest results from epoxy resin.

ResinTops offers a wide range of conventional or bespoke resin pegboards, polypropylene pegs, and our high-quality, long-lasting resin pegboards are appropriate for the hardest laboratory situations. ResinTops has everything you need for your lab.

🎧 Podcast: https://pod.co/podcastlive/how-to-maintain-epoxy-resin-laboratory-countertops-mp3

How To Select The Appropriate Work Surface For Your Lab

A Brief History of Laboratory Countertops

Laboratories are notoriously cruel places to work. A typical countertop would be ruined by harsh chemicals, heavy equipment, continuous handling of reagent and sample containers, not to mention vulnerability to heat and water. As a result, there is a distinct category of worksurfaces that are regarded suitable for use in a laboratory environment.

Prior to the invention of the modern laboratory, laboratory work was carried out on slabs of quarried stone, with Soapstone being a popular choice due to its resilience to acids and bases, as well as its capability to withstand direct heat. It is a gorgeous surface that ages gracefully and develops a rich patina as a result of the oils that are used to maintain it. Nostalgic. Tops like this were extensively utilized during the construction boom that followed World War II.

As the market progressed, there was a constant hunt for surfaces that were more consistent, less costly, and more readily accessible. An example of this was a sandstone quarry slab that had been treated with epoxy resins and glossy to a high gloss finish to ensure it would endure a long time. Another type of worksurface was the asbestos-cement worksurface, which was known for its exceptional durability, heat transfer, and chemical resistance. In the course of time, the sandstone tops encountered cost and availability issues, while the asbestos was no longer available due to health and safety concerns.

It was at this time (the mid-1970s and early 1980s) when epoxy resin began to dominate the market. In this section, we will start our exploration of the seven countertop material possibilities available for consideration for your next laboratory construction project. As a baseline for comparison, we shall use Epoxy as our reference material.

Epoxy Resin Is A Kind Of Resin That Is Used In The Construction Industry

Epoxy resin worksurfaces are the classic black counters that may be found in laboratories across the board, from school labs to national research centers and all in between. This market product has dominated the market for more than 50 years, and it has grown from a black-only finish to include greys and other lighter hues that can improve the lab look (see picture of white epoxy tops below). It is made by combining modified epoxy resin with silica (sand) and other non-asbestos materials to form a composite material. This slurry is then poured into thin molds (imagine a gigantic baking sheet) and allowed to cure in enormous ovens for many hours to thermoset the epoxy in place.

The curing process combines the epoxy resin with a chemical matrix, resulting in the formation of a single substance. Acidic and alkaline chemicals have no effect on the epoxy's resilience, and the addition of silica to the structure improves its heat management capabilities, making it suited for use in most laboratory conditions.

Another advantage of this top is that the epoxy resin is monolithic, meaning that it is solid and homogeneous throughout. Furthermore, while it will scratch under typical laboratory conditions, this will just disclose additional epoxy resin.

For the present market era, this is the traditional high point, and it serves as the benchmark for comparison in this assessment. While the majority of installations are black, there are a plethora of colors available for an additional fee that can provide a more contemporary and comfortable working atmosphere.

Another thing to take into consideration is any field adjustments to the epoxy slabs that may be necessary during the installation or repurposing of the structure. Due to the fact that this is a silica-based product, OSHA standards mandate careful and severe management of any cutting or drilling activities that may result in the release of dust into the air.

Phenolic Resin Is A Kind Of Resin That Contains Phenolic Acid

However, while phenolic resin has a similar appearance and behavior to epoxy, it is just a thicker form of standard plastic laminate that has been strengthened with additional chemical resistance. The structural thickness, excellent wear qualities, chemical resistance, and capacity to withstand water are the characteristics that distinguish this product as laboratory grade.

According to a review of the goods now available on the market, phenolic resin countertops are now typically more chemically resistant and perform better than epoxy resin countertops in most cases. Epoxy used to be the most chemically resistant material available, however today certain phenolic countertops can withstand concentrated acids better than epoxy did previously.

In the past, phenolic resin countertops were more costly than epoxy resin countertops; however, this disparity has been corrected, and phenolic tops are now more affordable than epoxy resin countertops in the majority of cases. As you might guess, there are a variety of suppliers for this material: the market innovators are imported from Europe, others are created in the United States, and yet others are imported from Asia, where they tend to be less expensive (but with average performance).

Color choices are available for phenolic resin countertops as well. Whereas epoxy is more costly and more difficult to paint, phenolic may be tinted in a variety of finishes and patterns to suit any application. It is the same price to finish in black as it is to finish in white, gray, or orange.

An example of new product development is aesthetically pleasing: color-matched cores. Phenolic counters have traditionally been finished with a dark brown or black edge, regardless of the color of the countertop surface. Many designers and laboratory planners found this unpleasant at the time, but in recent years, manufacturers have developed "color-thru" technology that allows the entire countertop to be the same color as the surface it is attached to.

The countertops offered by ResinTops are made of phenolic resin and epoxy resin, which are molded and oven-cured in huge slabs that may be purchased as-is or custom-fabricated to match your particular specs and requirements.

🎧 Podcast: https://pod.co/podcastlive/3-uses-of-a-phenolic-resin-countertop-in-your-lab-mp3

Exactly What Are The Advantages Of Using Epoxy Resin Pegboards You Might Ask?

Epoxy resin pegboards are well-known in labs all over the globe for their mechanical properties and tenacity, and with good reason. Equipoise resin pegboards are constructed from a form of plastic that cures as a solid and is composed of silica and resin, as well as hardeners and fillers, and are reinforced with fiber.

Because of their outstanding strength and durability, epoxy resin pegboards have long been a popular option among lab furniture manufacturers and designers. They are almost indestructible and can resist repeated strong contact and pressure without splitting, splintering, or breaking, making them ideal for use in construction.

Epoxy resin pegboards perform similarly to heavy-duty materials such as stainless steel in the majority of laboratory settings. Additionally, fillers such as natural fibers, silica, or metals can be used to enhance the already excellent strength of epoxy resin, as well as to provide aesthetic value to the product.

Additionally, in addition to its extraordinary tensile strength, epoxy resin is also resistant to a variety of corrosive agents such as acids, alkalis, solvents, and liquids, allowing it to withstand frequent and ongoing exposure to harsh agents without being damaged. Due to the non-porous and smooth nature of epoxy resin pegboards, they do not absorb liquids such as water and are hence resistant to spills and dampness.

When purchasing an epoxy resin pegboard, there are several factors to consider.

If you are thinking about getting an epoxy resin pegboard for your laboratory, there are a few something to bear in mind before making your decision.

Orientation

The two types of epoxy resin pegboards available on the market are characterized by their orientation: one is designed for vertical wall mounting, while the other is designed for horizontal wall mounting. Both are known in a variety of sizes.

A vertical pegboard system, which allows you to hang tools and accessories vertically while saving horizontal space, is particularly useful while working in cramped quarters. Vertical configurations are often broader than horizontal configurations and may be extended sideways to accommodate things such as saws and drills.

When selecting the orientation of your preference, take into account the available space and project needs before making your purchase.

Size

Pegboards are available in a number of different sizes. Small pegboards are typically utilized for distant purposes, such as counter displays, but bigger boards are commonly seen in garages and workshops. Before you purchase a pegboard, make sure to thoroughly measure the amount of space you have available for it.

Depth of the hole

Small pegboard holes and big pegboard holes are the two sizes of epoxy resin pegboard holes that may be found on a pegboard. The 1/8 inch deep holes on small-hole pegboards mean that only 1/8 inch pegboard hooks will fit in them, making them perfect for fragile products and little jobs.

Large pegboard holes, on the other hand, feature 1/4-inch-diameter holes that can take 1/4-inch-diameter pegs or hooks, making them suitable for hanging heavier laboratory items.

High-Quality Epoxy Resin Pegboards with ResinTops are available for purchase.

No matter if you're designing a new lab from the bottom up or remodeling your existing workstation, selecting the appropriate laboratory furniture may be a difficult and time-consuming task for any lab manager. It is for this reason that epoxy countertops are so beneficial. Not only can they aid in the organization of your laboratory, but the use of various types of epoxy resin pegboards may also save you time and money in the process.

Trying to figurine out what kind of epoxy countertops you need for your lab workspace? If this is the case, ResinTops would like to assist you in locating the most appropriate epoxy resin pegboards for your laboratory.

The epoxy countertops and epoxy resin pegboards available from ResinTops are ideal for even the most demanding laboratory applications. Making use of the most delinquent in manufacturing technology, as well as our 30 years of sales and design experience in the field of high-quality laboratory equipment, we're happy to be the chosen choice for all of your lab furniture requirements.

For more information on our extensive range of epoxy countertops, please contact us now for a free quotation. We look forward to learning more about your requirements for high-quality laboratory furniture and assisting you in your search.

🎧 Podcast: https://pod.co/podcastlive/how-to-maintain-epoxy-resin-laboratory-countertops-mp3

Pros and Cons of 6 Types of Phenolic Resin Countertops

When people talk about alternatives, they often refer to them as the best thing that has ever happened to them. However, with so many options available, it's easy to become distracted and wind up choosing the version that isn't as advantageous. But the good news is that you are not alone in your struggle to find the ideal Phenolic Resin Countertop for your kitchen or bathroom renovation project (and getting lost in the overwhelming number of options.) Before committing to a single Phenolic Resin Countertop, you must take a number of variables into consideration, including durability, style, color, and pricing.

To help you out, we’ve put together a list of pros and disadvantages together of currently the most popular counter materials:

Laminate

Many purchasers choose laminate as their first option because it is available in a large selection of styles and colors, it is reasonably priced, and it is robust enough to handle daily usage. Due to its low heat resistance and lower durability than natural stone, laminate is a poor choice for high-traffic areas. In addition, it can be difficult to maintain cleanliness.

The stone that has been engineered (Quartz)

Due to the fact that quartz is one of the most popular building materials available at this time, it is also a very regular option. Due to the qualities such as ease of customization, low maintenance requirements, and the fact that it is both heat and scratch resistant. Despite the fact that engineered stone does not require sealing, it may have obvious seams where pieces come together, reducing the aesthetic value of the material. As a result, the whole thing isn't too horrible because it can be fixed with the usage of continuous components.

Marble

Marble is the material of choice for anyone who wishes to infuse a sense of luxury into their home. It has a wonderfully rich appearance and is available in a wide range of colors, making it a great choice for a number of interior ambiances, including modern and contemporary. Its disadvantage is that it is easily stained and scratched, making it appear to be a high-end material.

Granite

Granite may be the ideal material to utilize for a Phenolic Resin Countertop in environments where there is a lot of heat and chemicals. What is the rationale behind this? When properly sealed, it is heat, water, and stain resistant, and it is also very simple to keep in good condition. The bad side of granite Phenolic Resin Countertops is that they can chip or crack quickly, i.e., if the material’s too thin. This method is additionally difficult since it requires proper support, and the final colors may differ from the samples used in the design process.

Concrete Stain and heat resistant, concrete Phenolic Resin Countertops are also suitable for potentially demanding applications. The installation of concrete is difficult because it is a rough substance.

The material stainless steel is a type of steel that is used in the production of food and other products.

If you want to create the look of a commercial kitchen or something similar, stainless steel is a good choice because it is heat-resistant, robust, and has a high-end appearance. This material has a low maintenance requirement, but it is not without flaws: fingerprints, spills, and crumbs appear almost immediately. Moreover, it is readily dented or scratched.

Phenolic Resin Countertop care is one of the most important considerations you should make when selecting a Phenolic Resin Countertop for your home or business. Consider how much time and energy you are willing to devote to its upkeep, and then make your choice accordingly. Also, browse through the pros and disadvantages we’ve listed to determine your best selection. For the finest guidance and effective installation, team up with experienced professionals in the area. Contact us at ResinTops to speak with a member of our staff.

🎧 Podcast: https://pod.co/podcastlive/3-uses-of-a-phenolic-resin-countertop-in-your-lab-mp3

What Materials Are Pegboards Made Out Of?

Besides being a great complement to any entertaining or creative storage ideas, pegboards are workhorses in practically every industry.

Pegboards are a terrific method to arrange the clutter in your workspace to display objects by hanging everything from larger tools to light tools, workbenches, ladders, and power tool accessories. They’re incredibly functional and straightforward to install.

Furthermore, pegboards are also obtainable in so many shapes and sizes to fit everyone’s needs. These can be used in kitchens, laundry rooms, basements, attics, and shop facilities. Whether you’re looking for something basic or elaborate, there’s a wood, plastic or epoxy resin pegboard out there for you.

Visit: https://resintops.net/drying-racks-and-pegboards/

Types Of Pegboard Materials

If you’re searching for a storage solution to help keep everything you need within reach, check out our list of the top pegboard materials that you can pick from.

Epoxy Resin Pegboard

Epoxy resin pegboards are the perfect laboratory organization solution for storing instruments. Resin is a robust, durable material that can tolerate extreme temperatures, chemicals, and physical stress.

Epoxy resin pegboards are suitable for fast, effective, convenient storage of glassware. Made of FDA approved material, the pegboard has polypropylene pegs with stainless steel drip pans for improved drainage.

Pros

• It is easy to clean
• It is resistant to harm caused by chemicals
• It is durable
• It is fire-resistant \sIt is easily adaptable
• It is able to bear huge weights

Cons

It is quite pricey compared to other pegboard options

Metal Pegboard

A metal pegboard, also known as a metal grid, is a type of pegboard manufactured of steel and galvanized, indicating that it can take on any weather condition. With the wall-mounted style, these pegboards may be fastened effortlessly to any wall or door for hanging equipment.

This comes with powder coating that assures these pegboards are rust-proof and damage resistant for years.

Pros

• It is not sensitive to corrosion
• It is not flammable
• It is more stable than a wooden or plastic pegboard
• It is easy to clean
• It is able to resist corrosion
• It is able to hold large tools without warping and sagging \sCons
• It can be pricey
• It may scratch your things
• It is hefty and inflexible

Wood Pegboard

Wood Pegboard is also known as fiberboard or Masonite pegboard is normally comprised of compressed wood fiber, resin, and a thin coat of oil to provide it moisture resistance. A wood pegboard can come in numerous forms and sizes, as well as can be customized to fit your every organizing need.

Pros

• It is relatively reasonable compared to other options
• It has a thick surface due to the melamine resin bonding in the fibers
• It is straightforward to install and available in most hardware stores

Cons

• It is not appropriate for holding too much weight \sIt cannot be continuously exposed to water
• It has a limited lifespan owing to warping and splitting \sIt can be harmed by your tools
• It takes nails to install, which can show through your wall

Plastic Pegboards

A plastic pegboard is a structure, usually in the shape of an octagon, in which miniature pegboard hooks are inserted to hold or store objects. With this form of pegboard, you can arrange your house or workspace, and if necessary, expand the number of panels anytime you need to.

Pros

• It is relatively affordable
• It is the lightest pegboard material available \sIt is straightforward to install \sIt may be created from recycled plastic
• It is long-lasting and resists rusting, molding, and warping \sCons
• It is not as strong as you might require
• It may not be as sturdy owing to the actual panels
• Factors to Consider When Buying a Pegboard

Cons

If you are seeking to get a pegboard, then the orientation is a vital element that you should know about. It mainly refers to the direction in which the pegboard should be mounted.

The two varieties of pegboards available on the market depend on the orientation: one suits vertical wall mounts and the other suits horizontal wall mounts.

They can only be used with a specified orientation. When choosing on whether to acquire a horizontal or vertical pegboard system, you need to examine your available space and project needs. Moreover, there are certain things like shelves, pegboard hooks, plastic bins, and racks that can be added to your peg board.

If working in a cramped environment, a vertical pegboard system will allow you to hang tools and accessories vertically and conserve room horizontally. A horizontal configuration is wider and can be expanded more horizontally for items such as saws and drills.

Size

Pegboards are offered in different sizes. Small pegboards are generally for remote usage like counter display whereas larger boards are for heavy use in garages.

It is the structure that installers should put into great consideration before buying a pegboard. For small to medium-size pegboard grid systems fulfill client needs, but a big framed pegboard is appropriate for industrial or garage use.

Hole depth

Pegboard holes come in two major sorts of hole sizes: small pegboard holes and large pegboard holes. Each kind has a particular use that makes it the ideal choice in the correct application.

The small-hole pegboard is 1/8 inch deep, which means only the 1/8 inch pegboard hooks fit in, often used for fragile things, and little tasks.

The large holes pegboard is a heavy-duty pegboard used when larger tools are to be mounted. This type of pegboard has holes 1/4 inches in diameter which may take 1/4 inch diameter pegs or pegboard hooks.

Pegboard Pegs

Pegs are an integral feature of pegboard accessories. They must be robust enough to handle the weight of the instruments that are placed on them. When picking the pegboard hooks, it is crucial to check if they are compatible with your current board.

This is what ultimately defines the sort of pegboard you should buy for your specific purpose.

Installation Process

Installing pegboards is a straightforward operation that you can easily undertake at home. Framed pegboards are a popular alternative and can be placed with minimal damage. If you prefer frameless pegboards, keep in mind that these come in specified sizes.

Contact Us Today

Getting organized can sometimes be stressful or time-consuming. That’s why pegboards are so great—not only do they enable you to keep your shop organized, but using various types of pegboard pegboards for the organization can save you time and money.

Are you in the market for bespoke pegboards? If yes, then look no further than Resin Tops. We’ll work closely with you to ensure that you are getting pegboards that are exactly perfect for your environment.

If you have any more questions about pegboard materials or are seeking to buy your own, contact us at Resin Tops today.

🎧 Podcast: https://pod.co/podcastlive/what-goes-into-making-epoxy-resin-pegboards-mp3