Everything You Need to Know About Acrylic Sheets

In the world of plastic, acrylic sheets are one of the most popular and highly-sought out materials. If you are considering using acrylic sheets for your next project, but aren’t quite sure about what type of sheets you may need or how to properly care for them once acquired, we’ve got you covered. Acme Plastics has a comprehensive guide on the ins and outs of acrylic sheets and everything you need to know in order to properly customize, machine, and maintain them. Listed below are some of the most common questions our plastic specialists receive about acrylic sheets and the answers we share with our consumers when prompted with these very essential inquiries about our line of acrylic sheets at Acme Plastics. Continue reading Everything You Need to Know About Acrylic Sheets

The Future of Plastics

The plastics industry is evolving for a sustainable future. Plastic in and of itself isn’t bad. However, due to a societal emphasis on single-use plastic production and a lack of an advanced recycling infrastructure, many controversies have ensued related to plastic waste and pollution. According to spglobal.com, “Despite broad public sentiment that plastic is harmful to the environment, it is proving hard for the global economy to quit producing new plastic products. Unlike other ecologically friendly practices, attempts to eliminate plastics have not been directly helpful to the bottom line of many consumer companies. S&P Global Ratings forecast that plastic packaging is unlikely to be replaced in the near future for many of its current uses, as plastic holds advantages over some alternative packaging options like paper or glass.”  In this post, we will explore several ways we can educate ourselves about the current state of plastic, integrate recycled plastic products into our daily minutiae, and motivate businesses to consider recycled plastic in their supply chains for a greener future.

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Acrylic Mirror vs. Glass Mirror: Which Is Better?

It’s a common misconception amongst many people that glass mirrors are better than acrylic, simply because they are more well-known. However, many consumers do not even realize that mirrors within their own homes and offices are manufactured from acrylic. Not only are acrylic mirrors equal to glass mirrors, but they also have a plethora of advantages over their glass counterparts. Here, we will discuss the key differences between acrylic mirror sheets and glass mirrors, advantages and disadvantages of both acrylic and glass mirrors,  and ultimately the type of mirror you should use for your next project.

Key Takeaways

  • Acrylic mirrors are 17x stronger and half the weight of glass, making them ideal for high-traffic areas, DIY projects, and installations where safety matters.
  • Glass mirrors offer slightly better reflectivity and weather resistance, but they are heavier, more fragile, and harder to cut or drill.
  • Acrylic mirrors are easier to install, machine, and maintain, and they’re less likely to shatter or crack during transport or use.
  • While acrylic may cost more upfront, it often proves more cost-effective long-term due to reduced breakage, easier handling, and longer lifespan.
  • Acrylic mirrors are great for schools, gyms, retail, signage, and home use, especially where safety, durability, and versatility are top priorities.

Continue reading Acrylic Mirror vs. Glass Mirror: Which Is Better?

5 Common Applications for HDPE Cutting Boards

While high density polyethylene (HDPE) garners high marks as a durable material in many applications,  HDPE cutting boards are popularly known for being used in commercial and restaurant kitchens, but they are not limited to the kitchen. There are many benefits of HDPE cutting boards as compared to other leading materials such as wood and bamboo, which is why HDPE is considered a choice material across many industries. HDPE cutting boards from Acme Plastic are ideal because we specialize in cut-to-size orders that can meet the unique specifications of your needs. Listed below are some chief benefits to using HDPE cutting boards, examples of popular applications, and reasons why it should be a top pick for your next project. Continue reading 5 Common Applications for HDPE Cutting Boards

5 Plexiglass Use Cases in Manufacturing

Plexiglass sheets can be utilized in a multitude of ways in the manufacturing industry. Plexiglass is a versatile material that can do everything from protecting manufacturing workers by providing them with a durable, shatter-resistant plastic to make vital products that may help increase productivity and safeguard public health. Plexiglass sheets are available in a variety of thicknesses and is commonly sold in sheets, rods and tubes. One of the most stand out qualities that it offers is its versatility and moldability to fit nearly any application, which is vital in the manufacturing industry. According to piedmontplastics, “Whether you’re manufacturing need requires strength, longevity, or clarity, plexiglass offers numerous advantages over other materials. High among those advantages is its versatility in that it is featured in multiple applications.” In the blog post below, we will explore so the most common use cases for PLEXIGLASS within the manufacturing industry and how plexiglass can offer a long-lasting, cost-effective solution for your next project. Continue reading 5 Plexiglass Use Cases in Manufacturing

The Ultimate Guide to Food-Grade and Food-Safe Plastics

Cooking is regarded as a science and rightfully so, but for those more adept at experimenting in the kitchen than in the lab, the complexity of plastics pertaining to food safety can be overwhelming. When it comes to food processing, packaging, and storing, there’s copious amounts of information to digest about the different types of plastics and their functions. And, knowing the difference between what’s safe versus not is vital for keeping consumers protected from any potential harm. Here’s the rundown on what you need to know on the subject, so you can be sure you have all the ingredients necessary to create the best possible food experience.

Key Takeaways

  • Food-safe and food-grade plastics are not the same. Food-safe plastics are food-grade and used as intended to prevent contamination or health risks.
  • HDPE, LDPE, and PP plastics (resins #2, #4, and #5) are the most common and trusted FDA-approved options for food contact and storage.
  • BPA concerns continue to shape plastic selection, especially with materials like polycarbonate and PVC. avoid resins #3 and #7 to reduce exposure.
  • Polypropylene (PP) is ideal for microwave-safe containers, thanks to its high heat resistance and durability in repeated use.
  • Understanding food-grade plastics helps ensure compliance with FDA standards and improves food safety in processing, packaging, and storage.

Continue reading The Ultimate Guide to Food-Grade and Food-Safe Plastics

The Pros and Cons of Plastic Roofing Sheets

When it comes to determining the ideal material for each roofing project it is dependent on what type of structure you are building and its unique requirements. Polycarbonate is the most popular plastic roof sheets in the industry and while it is very strong and resilient, it is also extremely lightweight and able to handle the extremes of temperature and all of its elements. While polycarbonate roofing may not be the top material for home use, it is a popular choice for other structures such as greenhouses, patios, sheds, pool covers, and even industrial warehouses. There are a multitude of benefits for using plastic roof sheets as polycarbonate for your next project. In the blog post below, we will explore the many advantages that plastic roof sheets can offer your next project and what type of plastic is most appropriate for the structure at hand.

Key Takeaways

  • Polycarbonate plastic roofing sheets are lightweight, shatter-resistant, and ideal for a wide range of structures like greenhouses, sunrooms, and patios.
  • These sheets offer excellent UV protection, high impact resistance, and strong performance in both hot and cold temperatures.
  • Plastic roofing is easy to install and transport, reducing labor and shipping costs compared to materials like glass or metal.
  • While polycarbonate is highly durable, it can scratch easily without proper cleaning and care.
  • Options like solid, twinwall, and multiwall polycarbonate sheets can be customized to suit your roofing project’s insulation, strength, and light transmission needs.

Continue reading The Pros and Cons of Plastic Roofing Sheets

Why Recycled Plastic is Becoming the Hottest Building Material in Construction

It is a known truth that plastic more times than not gets a bad wrap (pun totally intended) because of pollution caused by single-use plastic and a lack of recycling infrastructure. However, recycled plastic has many benefits in the construction industry. By using recycled plastic, construction companies can save money, while also increasing sustainability because recycled plastic consumes less heat and energy than other building materials. It also gives plastic a new life beyond the landfill, which contributes to the circular economy. According to worldgbc.org, “Plastic is the perfect building material, “It is cheap to convert into building materials, available and easy to mold.” The material is durable, waterproof, and insulating, making it suitable for building in many different types of climates.” In the blog post we will explore the many benefits of using recycled plastic in the construction industry and ways that it can be utilized in a variety of building projects.

Continue reading Why Recycled Plastic is Becoming the Hottest Building Material in Construction

Perfecting Your Patio: Using Plastic Roof Panels To Cover Your Outdoor Space

Advantages of Polycarbonate Roofing

Do you love your deck or patio space, but hate the rain, wind, or snow that makes it difficult or impossible to enjoy the space as often as you would like? Or want to protect your vehicle from the same elements without impinging on the view? Have you considered covering it? There are many ways to cover a patio or pergola and plastic, or polycarbonate roof panels are a clear – or color – option. Polycarbonate roof panels have several advantages over other leading materials such as glass or metal and are easy to install. Polycarbonate is ten times stronger than glass, making it extremely durable and virtually shatter-resistant against the elements. In this post, we will look at the many advantages of polycarbonate roofing and how it can be used to create a year-round or covered outdoor space.

Continue reading Perfecting Your Patio: Using Plastic Roof Panels To Cover Your Outdoor Space

Polycarbonate Panels: Going Beyond the Greenhouse

When most people think of polycarbonate panels, they often think of greenhouses. It’s one of the most common use cases along with roofing. Surprisingly there are many other unsuspected places that polycarbonate paneling is used. In fact, according to shapeplastics.com, “Due to its tough and impact resistant nature, polycarbonate is perfect for any DIY home project where durability is essential.” Here, we will explore the wide variety of applications and places you may find polycarbonate paneling and why you may consider this versatile material for your next project.

Continue reading Polycarbonate Panels: Going Beyond the Greenhouse

10 Places You’ll Find Expanded PVC Foam Board

PVC foam board is an extremely versatile product and is used in several common applications across a variety of popular industries. Due to its easy nature to work with, this material is fabricated and formed using traditional tooling methods and is also capable of accepting screen and digital print on its surface. Available in an array of colors, it is robust for indoor and outdoor use alike, which only adds to its appeal. According to wholesalepos.com, Expanded PVC foam board is a less expensive material to acrylic or dibond, although durable, it can deteriorate quicker than those materials. Ranging in usefulness from signage purposes to beer mats for pubs and bars, expanded PVC foam is truly all around us. Here, 10 unique places you may come across PVC foam board and how it compares to other materials.

 

Continue reading 10 Places You’ll Find Expanded PVC Foam Board

Repurposing Plexiglass in Our Post-Pandemic Life

Since the year of 2020, our nation has been in a serious search for the best protection against the spread of the COVID-19 virus. Grocery stores, nail salons, schools, office spaces, hospitals, and retail shops alike were all looking for the perfect solution to safeguard against the spread of this seemingly deadly virus. As it turns out, plexiglass was the leading contender when it came to building barriers and protective shields for public spaces. According to an article from greenbiz.com, “Before the virus, demand for such plastics had been decreasing, as innovation allowed for thinner sheets in appliances such as TVs. As demand spikes, there’s a need for a sustainable, recyclable and ultimately circular option.” However, in today’s climate, millions of pieces of plexiglass sold to businesses and private establishments to create safer environments for this anxiety-ridden time, it leaves many of us to wonder what will happen to all these plexiglass shields and barriers when the pandemic is finally over? Below we explore possible ways to repurpose and upcycle plexiglass barriers and shields for life after the pandemic.

Continue reading Repurposing Plexiglass in Our Post-Pandemic Life

Building Your Dream Greenhouse with Polycarbonate Panels

Gardening, or more specifically home-grown food has become increasingly popular over the past couple of years as more people are realizing they can harvest healthier food for a lot less money by growing it themselves. According to grocery.coop, “You can save big money by growing your own vegetables and fruits. In fact, depending on the type and amount you grow, you can save a significant amount of money. By spending a few dollars on seeds, plants, and supplies in spring, you’ll produce vegetables that will yield pounds of produce in summer.” Of course, growing your own produce and crops means you need the proper space for the fruit and/or vegetables to flourish. If you are considering a greenhouse, buying or building with plastic polycarbonate panels is a cost-effective and aesthetically pleasing choice for the durable and heat conducting material.

Continue reading Building Your Dream Greenhouse with Polycarbonate Panels

Which Glues Work for Polycarbonate Plastic

Polycarbonate is a modern plastic material with many beneficial properties, namely its high optical clarity, and great durability. It is visually similar to glass, but thirty times more impact-resistant, making it as strong as some metals. Consequently, there are many use cases for polycarbonate, such as a replacement for security windows, or tiny non-conductive parts for machinery.

Regular solvents won’t adhere to polycarbonate. In fact, standard household glues may cause polycarbonate to undergo “crazing,” which occurs when chemicals break down the polymer’s microscopic bonds, causing small, crack-like streaks. While this won’t damage the polycarbonate significantly, it will create an unseemly appearance.

Thankfully, there are many effective methods for gluing, or fusing, polycarbonate plastic. Gluing and fusing are not exactly the same, however. While glues leave an adhesive behind, fusing causes a chemical reaction that allows the polycarbonate to melt back together. This is similar to the processes used to glue acrylic plastic.

Each of these bonding and fusing agents have different chemical properties, which may be ideal for different use cases. Let’s go over four common methods used to repair, bond, or fuse polycarbonate plastic.

Key Takeaways

  • Not all glues work with polycarbonate. Standard adhesives can cause “crazing,” a chemical reaction that weakens appearance and performance.
  • Methyl methacrylate creates the strongest bond for polycarbonate and is often used in industrial applications.
  • Superglue (cyanoacrylate) and epoxy are quick-fix options, but require ventilation and proper curing time for lasting results.
  • Polyurethane adhesives like Gorilla Glue work well in cold or chemical-prone environments, though the bond is less clear and takes longer to fully cure.
  • Proper surface prep is essential. Always clean polycarbonate with mild soap and water before gluing to ensure a strong, lasting bond.

Continue reading Which Glues Work for Polycarbonate Plastic

30 Amazing Acrylic (PMMA) Plastic Facts and Figures

Acrylic is one of the most versatile and commonly used materials in modern manufacturing. It goes under a lot of names, including PMMA, plexiglass, Optix, Perspex, and Acrylic Glass. It’s most commonly used in its sheet form, but it can be easily formed into a variety of shapes, like tubes and rods. While acrylic is usually transparent, it is available in a wide range of colors and tints.

There’s a lot of reasons behind the ubiquity of acrylic – and it is a truly amazing material that plays a major part in modern life. Let’s go over 30 acrylic facts that reinforce how influential this material is. Continue reading 30 Amazing Acrylic (PMMA) Plastic Facts and Figures

How to Paint on Frosted Acrylic Plastic Panels

Throughout the ages, many of the greatest artists painted on unconventional surfaces. By straying from more basic materials like canvas, these artists made their pieces stand out with materials like stone, wood, and glass. Today, this same creativity persists among artists and DIY crafters with a new material – acrylic plastic, also known as plexiglass. With the right knowledge, painting on acrylic can create anything ranging from amazing three-dimensional art to eye-popping signs for an event. Continue reading How to Paint on Frosted Acrylic Plastic Panels

What Are OP3, P95, and P99 Plastic Acrylic Sheets?

When shopping for acrylic for your home or business, you may have encountered a few strange initialisms surrounding these plastic sheets. When acrylic sheets are described as OP3, OP2, P95, and P99, the significance is not exactly intuitive; evaluating product differences through the screen of your phone or computer is a taxing endeavor.

Key Takeaways

  • Not all glues work with polycarbonate. Standard adhesives can cause “crazing,” a chemical reaction that weakens appearance and performance.
  • Methyl methacrylate creates the strongest bond for polycarbonate and is often used in industrial applications.
  • Superglue (cyanoacrylate) and epoxy are quick-fix options, but require ventilation and proper curing time for lasting results.
  • Polyurethane adhesives like Gorilla Glue work well in cold or chemical-prone environments, though the bond is less clear and takes longer to fully cure.
  • Proper surface prep is essential. Always clean polycarbonate with mild soap and water before gluing to ensure a strong, lasting bond.

Continue reading What Are OP3, P95, and P99 Plastic Acrylic Sheets?

How to Remove Scratches from Plexiglass / Acrylic

Acrylic – also known as Plexiglass, Perspex, and Lucite – is a popular type of plastic to use due to its many advantages. For example, clear acrylic sheets have exceptional optical clarity, while colored acrylic sheets are available in a spectrum of colors. Unfortunately, when compared to stronger plastics like polycarbonate, plexiglass scratches more easily. This creates not only a visually unappealing appearance but also damages the acrylic’s durability. Thankfully, it’s often much easier to repair acrylic than it is to create scratches in the first place.

Key Takeaways

  • Acrylic scratches can often be repaired, unlike cracks or crazing, which typically require replacement.
  • Light scratches are best removed using a polish like Novus No. 2, combined with gentle circular buffing using a soft cloth.
  • Moderate scratches require wet and dry sanding with 600–1200 grit sandpaper, followed by polishing with Novus products.
  • Deep scratches (over 5 mm) are usually irreversible, and it’s often best to replace the sheet or upgrade to polycarbonate.
  • Proper prep and clean tools are essential. Always clean acrylic with mild soap and use lint-free cloths to prevent new scratches during repair.

Continue reading How to Remove Scratches from Plexiglass / Acrylic

7 Ways to Use Acrylic Sheets at Home

Acrylic plastic is becoming increasingly popular for home use, with applications ranging from furniture to greenhouse panels. This is especially true for clear acrylic sheets – although these sheets are visually similar to glass, acrylic is half the weight and 17 times more durable. Although clear acrylic is arguably the most popular type of acrylic plastic, this thermoplastic polymer is available a large swath of colors, hues, and tints, making it great for decorative applications. Continue reading 7 Ways to Use Acrylic Sheets at Home

The Best Engineering Plastics for Extreme Heat

Heat resistance is a primary consideration that should be made before purchasing plastics. For some applications, heat resistance is more important – may be the plastic will be stored in an autoclave, or may commonly interact with flames. If a plastic melts or has its structural integrity compromised by heat, it can spell disaster – so, engineers are wise to choose plastics that are designed to endure extreme heat.

Key Takeaways

  • Heat-resistant engineering plastics are essential for applications where high temperatures could compromise strength, stability, or performance.
  • Top-performing materials like PPS, PSU, Ultem, PTFE, Vespel, Torlon, and PEEK are designed to withstand extreme heat without losing integrity.
  • Plastics like PTFE and PEEK maintain strength at both high and low temperatures, making them ideal for aerospace, medical, and industrial use.
  • Each plastic offers unique benefits — like chemical resistance, low outgassing, or flame retardance — that suit specific environmental demands.
  • Choosing the right high-heat plastic depends on performance needs, budget, and application-specific requirements.

Continue reading The Best Engineering Plastics for Extreme Heat

A Guide to Gluing Acrylic Plastic to Plastic

Whether you’re looking glue acrylic plastic for your next project or simply repair a break in your acrylic plastic, it’s important to know and understand the best method to glue plastics together for long-lasting results. Gluing acrylic plastics together is slightly trickier than gluing materials like ceramic, wood, or paper, and requires a different set of procedures. However, with a little know-how, you can successfully glue acrylic plastic to acrylic plastic like a professional.

Key Takeaways

  • Gluing acrylic requires solvent-based adhesives, not standard super glue, to create a clear, strong chemical bond between surfaces.
  • Super glue may work for small, opaque projects, but it dries cloudy and is not ideal for transparent or large acrylic pieces.
  • Proper surface prep is critical. Clean, sanded, and aligned edges ensure a seamless and durable bond.
  • Use a needle-tip applicator to apply solvent glue, allowing the adhesive to wick through joints without flooding or streaking.
  • Allow 48 hours for full curing — a light bond forms in 15–30 minutes, but full strength requires a longer drying period.

Continue reading A Guide to Gluing Acrylic Plastic to Plastic

Thermoset Plastics vs. Thermoplastics: What’s the Difference?

There are two main classes of polymers: Thermoset plastics, and thermoplastics. While the names of these two kinds of plastic may seem similar, they actually have several key differences. These differences can influence the performance of these plastics, making them ideal for different use cases.
Continue reading Thermoset Plastics vs. Thermoplastics: What’s the Difference?

How Do You Cut Plexiglass Acrylic Plastic?

When using acrylic for projects, it’s common for customers to need to cut their own plexiglass sheets at home. Maybe they bought their sheet of plexiglass acrylic in the wrong size, the right size wasn’t available when they purchased the plastic, or they’re just trying to reuse and repurpose an acrylic sheet for a DIY project. There are a lot of reasons to cut acrylic, but there are special considerations to be made before cutting acrylic.

Key Takeaways

  • Cutting acrylic at home is possible with the right tools and precautions, but safety measures such as eye protection, ventilation, and proper workspace setup are essential.
  • The simplest way to cut thin acrylic (¼ inch or less) is with a scoring tool, which allows for straight cuts by repeatedly scoring the sheet and then snapping it along the line.
  • For thicker sheets, table saws and jigsaws equipped with fine-toothed or plastic-cutting blades provide cleaner cuts, with table saws best for straight lines and jigsaws best for curves.
  • To minimize cracking and rough edges, use painter’s tape along cut lines, foam insulation to reduce vibration, and maintain a steady cutting pace rather than moving too slowly or too quickly.
  • Many customers choose professionally cut-to-size acrylic to avoid mistakes, ensure accuracy, and save time, making it a practical alternative to cutting at home.

Continue reading How Do You Cut Plexiglass Acrylic Plastic?

The Advantages of Polycarbonate Roofing Panels

Polycarbonate is a thermoplastic with a reputation for being exceptionally strong and resilient. With an impact strength that is 250 times stronger than glass and 30 times stronger than acrylic, polycarbonate panels have enjoyed increased use over the past few decades. Today, polycarbonate can be found being used for anything ranging from eye protection to bullet resistant glass!

Continue reading The Advantages of Polycarbonate Roofing Panels

The Difference Between Polystyrene and Polyethylene

Polystyrene and polyethylene are some of the most commonly used polymers today. Both are impact-resistant, lightweight, and available in many different forms, making them ideal for a wide variety of uses. With so many uses for both kinds of plastics, it’s easy to become confused about how to best utilize these products – however, these plastics have key differences that must be considered.

Let’s take a closer look at the properties of both polyethylene and polystyrene, and identify what makes these two thermoplastics unique:

Key Takeaways

  • Polyethylene and polystyrene are both lightweight, versatile thermoplastics, but they differ significantly in strength, form, and applications.
  • Polyethylene is stronger and more impact-resistant, especially in HDPE and UHMW forms, making it ideal for construction, marine, and food-safe products.
  • Polystyrene is easier to shape and cut, especially in foam form (like Styrofoam), and is often used for prototypes, packaging, and foodservice containers.
  • Polyethylene resists chemicals, UV light, and moisture, while polystyrene is more temperature-resistant and cost-effective for disposable or short-term use.
  • Polyethylene is available in PET, HDPE, LDPE, and UHMW, while polystyrene comes in solid plastic, film, or foam — each suited to different industries.

Continue reading The Difference Between Polystyrene and Polyethylene

How Are Acrylic Sheets Made?

Acrylic is a plastic material that has many purposes. It offers a cost-effective, durable material that can be turned into a variety of shapes and sizes, although acrylic sheets are the most popular form. This is because acrylic sheets can be turned into windows, retail displays, and even aquariums–all while providing better impact strength and a higher level of optical clarity than glass!

Key Takeaways

  • Acrylic sheets are available in two main types — cast and extruded — each with distinct manufacturing processes and material properties.
  • Cast acrylic offers superior chemical resistance, a wider range of thicknesses, and greater durability, making it suitable for large structures and custom installations.
  • Cast sheets are produced through either batch cell or continuous casting, refined in an autoclave for clarity and strength, and often finished with sanding and buffing for a smooth or glossy surface.
  • Extruded acrylic is more affordable, maintains consistent thickness, and is easier to machine and polish, making it a common choice for retail displays and everyday applications.
  • Both types undergo strict quality control to ensure safety, clarity, and strength, and Acme Plastics offers a wide selection of cast and extruded acrylic sheets in various colors and sizes.

Continue reading How Are Acrylic Sheets Made?

Which is Best-Polycarbonate or Acrylic Panels?

In the past, glass panels were the material of choice for windows, doors, and other clear barriers due to a lack of viable alternatives. This has changed in recent years, as high-quality plastics became much more affordable due to advances in fabrication technology. As a result, acrylic and polycarbonate panels have started to gain traction as alternatives for glass panels. Outside their cost-effective nature, several other factors have led to the adoption of acrylic and polycarbonate panels skyrocketing.

Continue reading Which is Best-Polycarbonate or Acrylic Panels?

What is Designboard and When Should I Use It?

Imagine being able to build furniture with wood that won’t rot—or metal that will never rust. While it may sound too good to be true, Designboard can deliver these amazing benefits to builders and designers. Even though wood and metal are extremely popular for construction due to their integrity and availability, Designboard seeks to overcome common challenges with the physical properties of these materials. Continue reading What is Designboard and When Should I Use It?

What is Bulletproof Glass and How Does it Work?

Bulletproof glass is a durable alternative to glass for structures and vehicles that need an additional level of protection. By using strong, sturdy plastics, bulletproof glass stopping a frenzy of bullets dead in its tracks, it is not fully impenetrable. In fact, no bulletproof glass is guaranteed to protect against all projectiles. Instead, bulletproof glass is meant to absorb energy from bullets upon impact. This means that “bulletproof glass” is a misnomer, leading industry experts to refer to this form of glass as “bullet resistant glass.” Despite this, it is very common to use “bullet resistant glass” and “bulletproof glass” interchangeably. As a result, when we refer to “bullet resistant glass” in this post, we are truly referring to bullet resistant plastic. Continue reading What is Bulletproof Glass and How Does it Work?

The Best Plastics for Outdoor Use

When designing products for outdoor use, plastic such as acrylic, polycarbonate, and marine board serve as effective materials that should be given serious consideration. Plastics are increasingly being used to construct greenhouse panels, playgrounds, outdoor furniture, and other structures that were previously dominated by materials such as wood and glass. There are many reasons for this, but plastic’s lightweight and durable nature certainly assist in making it an ideal candidate for outdoor structures.

Key Takeaways

  • Plastics are often a better choice than wood or glass for outdoor applications because they are lightweight, durable, weather-resistant, and safer against breakage.
  • Acrylic is a cost-effective option that offers clarity, UV and weather resistance, and impact protection, making it ideal for windows, play areas, and backboards.
  • Polycarbonate is stronger than acrylic and highly impact-resistant, making it suitable for demanding uses like roofing, playground equipment, and even hurricane panels.
  • HDPE is durable, softer than acrylic or polycarbonate, easy to fabricate with standard tools, and commonly used for playground equipment and outdoor furniture.
  • Marine board, a type of HDPE designed for water exposure, resists saltwater, mildew, and corrosion, making it a reliable choice for docks, hulls, pool equipment, and outdoor cabinetry.

Continue reading The Best Plastics for Outdoor Use

The Benefits of Marine Board for Boating and Docks

Marine Board is a form of HDPE plastic made specifically for use in marine and outdoor applications. This material is even stronger than typical HDPE and is specially formulated and designed to withstand harsh marine environments. Marine board is perfect for use on outdoor storage, boats, docks, and other equipment that needs to weather the elements. Continue reading The Benefits of Marine Board for Boating and Docks

4 Ways to Improve Your Sustainability Program

The pressure is mounting for manufacturers and businesses to recycle plastics. The reason for this is clear: A staggering 91 percent of plastic goes unrecycled, and about 18 billion pounds of plastic waste enter the ocean each year. As a result, responsible plastic use is a top priority for sustainability managers. Unfortunately, this is not a simple topic to tackle and often requires a concerted effort from all members of an organization.

Keep reading to understand the importance of limiting plastic waste, while exploring four practical tips to do so.

Continue reading 4 Ways to Improve Your Sustainability Program

Exploring the Differences Between Fluted & Traditional Polypropylene Sheets

When it comes to plastic, there are stark differences between the different varieties. Knowing the pros and cons to each will give you a better idea of which type is ideal for your specific project. Polypropylene sheets come in fluted and traditional styles, each with its own benefits. That being said, let’s take a look at some of the key advantages to using fluted and traditional polypropylene, as well as how this type of plastic can help you with your own project. Continue reading Exploring the Differences Between Fluted & Traditional Polypropylene Sheets

What is UHMW Polyethylene Plastic and What is it Used For?

When it comes to choosing the right plastics for your unique projects, there are plenty of options out there that can make it difficult to settle on the right material. However, if you’re in the market for a strong, lightweight, and durable plastic, UHMW plastic may be the material for you. Otherwise known as Ultra High Molecular Weight Polyethylene, this plastic often flies below the radar, remaining an unfamiliar material to most businesses and manufacturers.

Key Takeaways

  • UHMW (Ultra High Molecular Weight Polyethylene) is a lightweight, ultra-durable plastic known for its exceptional abrasion, impact, and wear resistance.
  • Thanks to its high molecular density, UHMW resists melting and performs well in high-temperature and high-stress environments.
  • UHMW is widely used in foodservice cabinetry, conveyor systems, docks, and construction equipment for its toughness and chemical resistance.
  • Its water resistance and ability to absorb impact make UHMW ideal for marine applications like dock fenders and industrial use like outrigger pads.
  • Surprisingly, UHMW’s lightweight strength and moldability also make it suitable for advanced applications like body armor.

Continue reading What is UHMW Polyethylene Plastic and What is it Used For?

HDPE and PP Plastics: What to Know When Purchasing for Your Project

In the world of plastic, there are quite a number of varieties to choose from and many with similarities among them, which can make selecting the best product for your project confusing. Here’s an easy question-and-answer guide to familiarize yourself with the difference between popular plastics, Polypropylene (PP) and High Density Polyethylene (HDPE) and help make the project material choice clear.

Key Takeaways

  • HDPE and PP are two durable, versatile plastics with distinct properties that suit different commercial applications.
  • PP has a lower density and higher melt point than HDPE, making it ideal for lightweight, molded products.
  • HDPE offers superior UV resistance and structural strength, making it perfect for containers, piping, and sanitation uses.
  • Both plastics are heat-tolerant, chemically resistant, and recyclable, appealing to eco-conscious and industrial buyers alike.
  • Choosing between HDPE and PP depends on factors like weight, flexibility, UV exposure, and chemical resistance needs.

Continue reading HDPE and PP Plastics: What to Know When Purchasing for Your Project

Your Guide to Using Plexiglass in Your Next Project

Plexiglass, otherwise known as acrylic, is a versatile plastic that offers a variety of applicational uses. Given its rigid strength and superior visibility, plexiglass is a suitable material for a variety of commercial applications. But what about choosing the right material for everyday projects that don’t require commercial-sized materials?

As it turns out, there are several reasons plexiglass can be used around the house, or on your next small-scale project. With this in mind, here are some tips and tricks to help you get the most of out of your plexiglass without spending too much time or effort. Continue reading Your Guide to Using Plexiglass in Your Next Project

HDPE: What Is It and What Are Its Benefits?

HDPE plastic is a thermoplastic polymer made from petroleum. One of the most versatile plastic materials around, HDPE is used in a wide variety of applications, including plastic bottles, milk jugs, shampoo bottles, bleach bottles, cutting boards, and piping.  Known for its outstanding tensile strength, HDPE plastic has a high-impact resistance and melting point.

As a result, HDPE plastic offers a variety of benefits and capabilities for commercial use. With this in mind we’re exploring some of the benefits this multifaceted plastic offers. Take a look: Continue reading HDPE: What Is It and What Are Its Benefits?

The Commercial Applications of PVC Foam Board

While PVC foam board is used across a wide spectrum of commercial applications thanks to the material’s versatility, what exactly is this type of plastic? Moreover, what are the different ways that expanded PVC foam board can be used? As it turns out, there are several benefits to this type of plastic that make it a useful material for commercial projects. Take a look: Continue reading The Commercial Applications of PVC Foam Board

PETG: Uses and Benefits

PETG plastic, or polyethylene terephthalate glycol, is a commonly used material covering a wide variety of applications. However, you may not realize how widely used PETG is, or the benefits that make it such a popular material. With this in mind, let’s take a closer look at what PETG is, as well how businesses can use its unique properties across a wide array of different applications. Continue reading PETG: Uses and Benefits

Your Guide to Plastic Recycling Symbols

There are several recycling symbols, many of which can become confusing if you aren’t up to speed on what they mean. With that said, we’re highlighting how these unique numbers can indicate the type of plastic, and what they mean when it’s time to recycle them. By understanding the meaning behind these symbols, you’ll be better equipped to help reduce waste, limit your carbon footprint, and help the environment.

Let’s look at some of the most common recycling symbols and how you can ensure that your plastic sheets, tubes, and rods make it into the correct bin.

Key Takeaways

  • Plastic recycling symbols don’t guarantee recyclability — the number inside the “chasing arrows” triangle identifies the type of plastic and helps determine proper disposal or recycling methods.
  • PETG (Symbol 1) and HDPE (Symbol 2) are widely accepted by curbside recycling programs and are often reused in packaging, furniture, and household products.
  • PVC (Symbol 3) and LDPE (Symbol 4) are less commonly recycled and may require special facilities or are often repurposed in industrial applications.
  • Acrylic and polycarbonate fall under Symbol 7 plastics, which aren’t always recyclable, but can often be repurposed due to their thermoplastic properties.
  • Knowing your plastic types helps reduce landfill waste, improves sorting accuracy, and supports a more sustainable approach to using plastic sheets, rods, and tubes.

Continue reading Your Guide to Plastic Recycling Symbols

Commercial Uses for Acrylic Plastic

Plexiglass, also known as acrylic plastic, is a durable, affordable thermoplastic that can be molded into a wide array of shapes and sizes. Because of its versatility, strength, and longevity, it’s an ideal material for a number of different applications, including windows, displays, skylights, and more. With this in mind, let’s take a look at some of the ways plexiglass can be used in commercial settings. Continue reading Commercial Uses for Acrylic Plastic

Popular Uses for Polycarbonate Plastic 

Polycarbonate plastic is a popular and dependable material for a number of applications. Not only is it durable and malleable, but it can withstand significantly high pressure. Furthermore, polycarbonate plastic can be cold-curved, allowing the material to be formed into complex angles and curves at room temperature without cracking or breaking. Today, polycarbonate is used in a wide array of different applications—but how many of these applications are you aware of? Continue reading Popular Uses for Polycarbonate Plastic 

What is Expanded PVC (Polyvinyl Chloride)?

PVC foam sheets have many names such as expanded PVC, polyvinyl chloride foam boards, and Komatex board. Contrary to its name, it is not made from average foam, this plastic-based material is formed from foam polyvinyl chloride. This plastic panel was first created by Eugen Baumann, a German chemist, in 1872. It has been known to be FDA compliant making it useful for housing and commercial applications. PVC tends to be cost-effective and easy to work with. Continue reading What is Expanded PVC (Polyvinyl Chloride)?

Plexiglass Windows or Glass Windows for Commercial Use?

When you’re looking for a material to use for your commercial windows, you have a wide array of options at your fingertips. While it may feel natural to associate glass with windows, acrylic plastic (also known as plexiglass) is a material that can be fit into various shapes and sizes, and it’s hard to compete with its durability and clarity.

Let’s look at both materials to help you make your final decision. Continue reading Plexiglass Windows or Glass Windows for Commercial Use?

Acrylic Sheets vs. Polycarbonate Sheets: Which is Right for Your Project?

Acrylic plastic and polycarbonate plastic both serve a wide range of purposes, but how do you know which plastic is right for your project? There are pros and cons to each, and while you may already have an idea for which you want to go with, reviewing the properties and applications of both plastics can better connect you with the material that’s best suited for your project.

Let’s take a look at both acrylic sheets and polycarbonate sheets, while highlighting what you should take into consideration before selecting one or the other for your respective project. Continue reading Acrylic Sheets vs. Polycarbonate Sheets: Which is Right for Your Project?