Frequently Asked Questions

If yes, choose FR4. If not, G10 may be appropriate and more cost-effective.

FR4 offers safer performance and predictable flame resistance under elevated temperatures.

G10 provides nearly identical structural performance at a lower cost.

Yes, foam boards are commonly used for framing artwork or photos due to their lightweight nature.

Acrylic mirrors offer several advantages over glass mirrors, depending on the application. They are about half the weight of glass and up to 10 times more impact-resistant. Acrylic mirrors also provide additional safety and are easier to cut and fabricate into custom shapes.

These antiskid plastic sheets are rated for outdoor use and stand up well to weather exposure.

Yes, ther are some banner grades that are engineered for weather resistance and long-lasting outdoor performance.

Yes. Most floor films are engineered with textured, anti-slip coatings that meet public safety standards.

While foam boards are lightweight and durable, they can be weather-resistant when coated with specific layers for outdoor applications.

Yes, their resistance to moisture and environmental factors makes them suitable for certain outdoor applications.

Always follow manufactuer guidelines. HDPE cutting boards are easy to clean because they are non-porous. Typically, you can wash them with warm, soapy water after each use, or place them in the dishwasher since they are typically dishwasher safe. For extra sanitation, you can use a diluted bleach solution or a food-safe sanitizer. Always rinse thoroughly and let the board air dry before storing.

Yes. Plastics such as PVC, HDPE, G10, FR4, and GPO 3 are widely used for electrical insulation, barriers, standoff insulators, and cable protection systems. These materials help isolate electrical components and reduce the risk of short circuits or electrical interference.

Yes, many of our modules are rated IP65 or higher, making them suitable for outdoor environments.

They are best suited for indoor and short-term outdoor use. For long-term outdoor signage, other materials may be recommended.

Yes. They bond well to many plastics, including acrylic, ABS, polycarbonate, and PVC.

Some formulations are FDA-compliant, but you'll want to check product details before use.

Yes. Most trim caps are designed to withstand outdoor conditions, including UV rays, moisture, and temperature changes. This makes them ideal for long-term use in exterior signage.

Yes, ABS plastic can be painted. It has good surface adhesion, so it can be painted with most commercial paints.

Yes, acetal is known for its excellent machinability. It can be easily cut, drilled, and milled to precise dimensions, making it ideal for custom parts requiring tight tolerances. Piedmont Plastics can cut acetal to size and assist with fabrication upon request.

Yes, ACM (Aluminum Composite Material) panels can be bent, but not like regular sheet metal. To create clean, precise bends, the panel is typically routed on the back side using a “V-grooving” technique. This allows the panel to be folded without damaging the outer aluminum layer. For curves, some ACM panels can be cold bent, but sharp angles require fabrication tools.

Yes, aluminum can be painted, but proper surface preparation is essential. This may involve cleaning, sanding, and applying an appropriate primer to ensure strong adhesion. Always follow the manufacturer’s guidelines for best results.

Yes, Piedmont Plastics offers custom cutting and fabrication services to match your exact specifications.

Yes, HDPE antiskid plastic sheets are easily molded and shaped into the desired final product, and they can be custom cut to your exact specifications if needed.

Piedmont Plastics offers banner materials designed to work with solvent, eco-solvent, UV-cure, and latex digital inks. To ensure the best results, let your Piedmont Plastics sales representative know which ink system you’re using so they can recommend the most compatible material. Always follow the manufacturer’s printing guidelines for optimal performance.

Yes, it can be cut, drilled, routed, thermoformed, and polished with standard plastic fabrication tools.

Yes, it has excellent UV resistance and weatherability, making it suitable for outdoor use.

CPVC has moderate UV resistance, but prolonged exposure to sunlight may cause surface degradation. For outdoor use, it is often recommended to use a UV-protective coating or choose a material with higher weatherability.

Yes. Digital ACM is weather-resistant and performs well in both indoor and outdoor applications.

Yes, our digital print acrylic is weather-resistant and maintains color integrity even with prolonged outdoor exposure.

Yes. Piedmont Plastics offers custom fabrication and routing services to create duct bank spacers in specific sizes and configurations. Our team can cut, route, and machine HDPE or PVC to match the exact conduit spacing and layout your project requires.

Yes. Piedmont Plastics offers custom fabrication services, including cutting and routing to meet specific conduit sizes and spacing configurations. Our experts can help you design and produce spacers tailored to your exact project requirements.

Eco-digital sheet is primarily designed for indoor use. Limited outdoor exposure is possible, but it is best suited for indoor signage.

Yes. Brands like King ColorCore are UV stabilized and designed for long-term outdoor use, resisting moisture and sunlight.

Yes, it machines easily with standard equipment and is ideal for precision parts. Piedmont Plastics can also help with cut-to-size orders or fabrication needs.

Many floor films feature printable surfaces compatible with UV, latex, solvent, or screen printing methods.

Certain formulations, such as outdoor-rated or textured films, are designed for weather and UV exposure. Always consult the product specifications for outdoor suitability.

Absolutely. Fluted PP supports screen printing, UV flatbed printing, and vinyl application.

Yes, certain grades can be embossed or precision die cut, making them excellent for creative and display applications.

Yes, G10/FR4 sheets are easily machinable using standard tools such as routers, mills, and saws. The material cuts cleanly and can be drilled or shaped with precision, making it ideal for custom components and complex part geometries. Piedmont Plastics can also assist with cut-to-size services.

Yes, GPO-3 can be machined using standard tools. However, due to its fiberglass content, it can be abrasive on cutting tools, so appropriate tooling and precautions are recommended. Piedmont Plastics can cut your material to size or help with fabrication upon request.

Yes, they are highly durable and reusable for multiple campaigns or events.

Yes, HDPE is easily welded, machined, and fabricated to suit various applications. Piedmont Plastics offers cut-to-size services and fabrication assistance.

HDPE cutting boards are highly durable and resistant to cracking under normal use. However, they can warp if exposed to excessive heat, such as from dishwashers with very high temperatures or if left in direct sunlight for long periods. To keep them in good shape, avoid extreme heat and store them flat.

Yes, HIPS sheet is ideal for thermoforming and produces detailed, durable molded components.

Blue Account is for existing account holders. If you're interested in opening an account, please contact our sales team.

Yes, the smooth surface of foam PVC makes it ideal for printing and painting. It provides excellent adhesion for inks, paints, and laminates.

No, traditional glass cleaners often contain ammonia, which can cause cracking or clouding. Use plastic-safe cleaners instead.

Select overlaminates are engineered with textured surfaces suitable for floor-use conditions. Users should verify slip-resistance requirements for their application.

Yes. UV-stable acrylic sheets are specifically formulated to resist yellowing and degradation from prolonged sun exposure.

Yes, KYDEX® can be bonded, but its chemical resistance means that standard adhesives are often ineffective. Surface preparation is critical, and specialty adhesives such as 3M 2216 B/A epoxy or solvent cements designed for plastics are typically recommended for a secure bond.

KYDEX® can be painted with plastic-compatible paints, provided the surface is properly prepared. However, KYDEX is not typically used for direct printing.

Yes, LDPE is recyclable and classified as Resin Identification Code #4. However, its recycling availability depends on local facilities, as not all centers accept soft plastics.

Absolutely. Magnetic materials can be cut, trimmed, or die-cut to fit your exact specifications. Ask your Piedmont Plastics sales rep about our value-added services.

Yes. Printable magnetic vinyl is available with specialized topcoats compatible with solvent, UV, and latex inks.

Yes. Marine-grade ABS sheet is easily thermoformed into custom parts and shapes.

Yes, marine grade ABS sheet offers many advantages over marine plywood, including superior moisture resistance, UV stability, and reduced maintenance. It will not swell, rot, or delaminate, making it a long-lasting alternative in boat building and marine fabrication.

Yes, marine grade acrylic can be cut and drilled using standard woodworking tools. However, it's essential to use sharp tools and proper techniques to prevent cracking or chipping. Piedmont Plastics offers cut-to-size services and fabrication assistance upon request.

Yes, marine grade PVC foam can be used in structural applications thanks to its strength, excellent screw retention, and reliable adhesion. Unlike wood, it resists rotting, corrosion, delamination, and splintering, making it a durable alternative for marine and outdoor structural use.

Many overlaminate films are formulated for outdoor use and offer UV-resistant properties. However, actual performance and longevity depend on factors such as environmental conditions, exposure levels, and proper installation.

Many films can be removed, but ease of removal varies based on adhesive type, exposure time, and surface conditions.

Many overlaminates are compatible with a wide range of print media, though users should always confirm material compatibility before installation.

Yes, its smooth clay-coated liners provide an excellent surface for direct printing. The boards consist of three layers of material, a polystyrene foam core and two outer layers with your choice of color. These color options include a white clay-coated paper or natural brown craft paper liners over a white foam core, or black paper liners with a black foam core.

Yes. In many applications, PEI provides comparable strength at a fraction of the weight, making it a preferred choice in aerospace and automotive industries.

PETG is suitable for short-term outdoor use, but it is not as UV stable as other materials like acrylic or polycarbonate. For long-term exposure, UV-resistant grades or additional coatings may be necessary.

Yes, phenolic sheets can be easily machined using standard woodworking or metalworking tools. They can be cut, drilled, milled, or turned to create custom components with tight tolerances for industrial and electrical applications. Piedmont Plastics can also cut your material to size.

Absolutely! In addition to duct bank spacers, Piedmont Plastics supplies a full range of electrical-grade plastic materials that are ideal for insulators, enclosures, fabricated electrical components, and more.

Yes, PET film accepts a variety of printing methods, including screen, offset, and digital printing, after appropriate surface treatment.

Yes, PE film is reusable and durable, particularly in applications such as drop cloths, covers, and greenhouse films.

Yes, polyethylene resists water absorption, protecting it from moisture damage. Its strength and toughness also make it capable of handling the demands of gardening tasks.

Yes. Polypropylene is weldable using hot air or extrusion welding techniques. When done correctly, its weld strength is excellent, ensuring long-lasting and leak-proof joints in demanding applications.

Yes, polyurethane’s toughness and load-bearing capability make it ideal for wheels, rollers, and impact parts.

Yes, but PTFE's low stiffness and tendency to deform (creep) can make holding tolerances difficult. With sharp tools and proper machining practices, it can be fabricated into parts successfully. We recomend following manufactuerer guidlines when customizing your material. Piedmont Plastics also offers custom cutting services and fabrication assistance.

PVC tubing is resistant to many chemicals, making it suitable for industrial fluid handling. Always check compatibility with specific substances based on the manufactuer's recomendations.

It is moderately weatherable but may require UV stabilization or painting for extended outdoor use.

Yes, it is highly resistant to moisture, salt, and chemicals, making it ideal for marine use.

Sign grade acrylic is known for its ease of fabrication. It can be cut, drilled, routed, and thermoformed without cracking or chipping, and it doesn't require drying before thermoforming—unlike some other plastics. Piedmont Plastics also offers cut-to-size services to help meet your exact specifications.

Absolutely. It can be cut, drilled, thermoformed, and printed on, offering great flexibility for custom signage designs. Piedmont Plastics can also provide cut-to-size services to ensure your material is ready for installation.

Yes. Most sign vinyl films are compatible with various printing methods, including solvent, eco-solvent, latex, and UV-curable inks.

Yes. Certain vinyl types are formulated for heat application onto fabrics, making them suitable for apparel and textile graphics.

Yes. Many grades include UV-resistant coatings for extended outdoor performance.

Certain grades of specialty polycarboante can be cut, drilled, and formed, though coated surfaces may require special handling. Ask your Piedmont Plastics sales representative for the appropriate fabrication guidelines before customizing your material.

Yes. SCM panels have a smooth, coated surface that is compatible with direct digital printing, screen printing, and vinyl graphics.

Yes. The smooth styrene facers are designed for digital and screen printing with excellent ink adhesion.

Yes. Trim caps are available in a wide range of standard colors, and some manufacturers offer custom color-matching to meet brand specifications.

Absolutely. Polycarbonate roofing panels are a top choice for skylights, patio covers, pergolas, and canopies. They allow natural light to enter while protecting against weather and UV rays. In addition, their light weight and flexibility make them suitable for curved or arched roof structures.

Yes, many grades are FDA, USDA, and NSF compliant, making them suitable for food processing and packaging.

Yes. Window film is compatible with solvent, eco-solvent, UV, and latex printing technologies for vivid, durable graphics.

Yes. It supports direct digital printing, screen printing, and vinyl mounting for high-quality graphic output.

Yes, acrylic can be easily cut and fabricated to meet a wide range of design and application needs. It can be cut using lasers, saws, or routers and is also well-suited for processes like bending, drilling, polishing, and bonding. Piedmont Plastics also offers cut-to-size services to meet your needs.

Yes. It can be cut using routers, saws, or laser cutters and fabricated easily without cracking. Piedmont Plastics can also cut your extruded acrylic upon request.

Yes, you can drill through acrylic mirror, but it must be done carefully to avoid cracking or chipping. Use a sharp, plastic-compatible drill bit and apply light, steady pressure while drilling at a slow speed. It’s best to place the sheet on a flat, supported surface and to start with a small pilot hole.

Yes, certain products are designed to remove fine or heavy scratches, restoring clarity.

No. Engravable plastic can be cut, routed, and engraved using standard woodworking or CNC tools. However, the manufacturer recommends a high quality solid carbide bit.

Minimal preparation is needed. You should typically clean and degrease the material for optimal results. Always refer to the manufacturer's instructions and guidelines before applying the adhesive to your materials.

Yes, Piedmont Plastics offers banner materials with flame-retardant properties to meet building and safety codes.

Yes. Piedmont Plastics can help customize your LED setup to fit your project’s exact needs.

Yes. It is moisture resistant and designed to perform well in both freshwater and saltwater environments.

Yes, standard acrylic is more prone to scratching than materials like glass. However, scratches can often be polished out, and scratch-resistant (hard-coated) acrylic options are available for applications that require more durability.

No, its aggressive texture allows for direct bonding to fiberglass and other substrates without prep, saving time and ensuring reliable adhesion.

No. Unlike wood products, polyolefin sheet never needs painting, sealing, or refinishing.

PBT has low moisture absorption, which helps maintain dimensional stability and electrical performance. Always consult the manufacturer’s specifications for detailed information on moisture absorption for your specific grade.

Some grades of PET film include UV inhibitors for enhanced outdoor performance.

Yes. Piedmont Plastics provides precision cutting to meet your exact specifications.

Yes. Piedmont Plastics supplies a range of performance plastic materials that can meet flame-safety and building code requirements for data center environments. Many of the plastics we offer, such as UL-rated polycarbonate, PVC, FR-grade acrylics, and engineered laminates (e.g., G10, FR4, GPO-3), are available in formulations with appropriate flame retardant and smoke performance characteristics. When selecting materials for flame and safety compliance, our team can help you evaluate specific ratings (such as UL 94 classifications and other code standards) to ensure they align with your project’s requirements.

Some polycarbonate films come with UV-resistant coatings, which protect the material from sun damage and fading, especially in outdoor or high-light exposure applications.

Yes, PE film provides excellent resistance to most common chemicals and solvents.

No, polypropylene has extremely low moisture absorption. This property helps it maintain dimensional stability and performance in humid or wet environments, making it ideal for chemical processing, food handling, and marine-related applications.

It has good resistance to oils, greases, and some solvents, but compatibility depends on the specific chemical.

Yes. The air space between the two layers acts as an insulating chamber, helping to reduce heat transfer. This makes twinwall polycarbonate an ideal material for energy-efficient construction, particularly in greenhouses, atriums, and commercial buildings where maintaining stable indoor temperatures is critical.

Perforated and see-through window films allow one-way visibility, displaying graphics externally while maintaining interior views.

Trim caps are usually bonded to acrylic faces using adhesives or solvents specifically designed for plastics. Some types may also be mechanically fastened, depending on the application.

Piedmont Plastics supplies a wide range of performance plastic materials and provides application expertise to help customers select the right solutions. Our team supports projects ranging from aisle containment systems to electrical insulation, cable management, and infrastructure components.

Avoid using chemicals or abrasive ammonia-based glass cleaners, as they can scratch or dull plastic. Instead, choose a non-abrasive option specifically designed for plastics, such as Brillianize or Novus. Always use microfiber cloths or moist, non-abrasive sponges to avoid scratching or damaging the surface.

Apply the cleaner directly to the surface or onto a damp sponge, then rub gently to remove dirt and residue. Finish by rinsing thoroughly or wiping clean with a soft cloth. After cleaning and disinfecting, use a plastic polish to restore clarity and shine.

ABS plastic can be cut using a fine-toothed saw, CNC machine, or utility knife (for thinner sheets). Power saws work well for thicker materials, while laser cutting offers precision for intricate shapes. Piedmont Plastics can also cut your ABS sheet or rod to size.

Foam boards can be easily cut with a utility knife, ensuring clean edges and precise cuts. For larger quantities, CNC cutting is also available. Piedmont Plastics can also cut your material to size.

You can cut foam PVC sheets using standard saws, routers, and other cutting tools. The material is easy to handle and can be customized to your exact specifications. Piedmont Plastics can also cut expanded foam PVC sheets for you.

UHMW can be cut using standard tools such as band saws or table saws with carbide-tipped blades. Piedmont Plastics also offers cut-to-size services upon request.

Clean gently using mild soap, water, and a soft cloth to avoid scratching or damaging the printed surface.

Plastic containment components help separate hot and cold air streams, reducing air mixing and improving cooling efficiency. This allows HVAC systems to operate more effectively while maintaining stable operating temperatures.

To clean an acrylic mirror, use a soft microfiber cloth and a mild soap-and-water solution. Gently wipe the surface to remove dust, smudges, or fingerprints. For best results, rinse with clean water and dry with a lint-free cloth. Always use light pressure and avoid rubbing the mirror when dry to prevent surface damage.

To clean acrylic, use a soft, non-abrasive cloth or sponge with mild soap and water. Avoid using ammonia-based cleaners (like glass cleaner) or rough materials, as they can cause scratching or clouding. For tougher spots, specialized acrylic cleaners and polishes are available for purchase to help maintain clarity and shine.

It can be easily cut with a utility knife, die cutter, or CNC router. Piedmont Plastics can also cut your sheet to size upon request.

SCM can be cut and fabricated using standard metalworking tools or CNC machinery. Piedmont Plastics offers custom cutting and fabrication services to meet specific project requirements.

Polycarbonate can be cut using common tools like a table saw, circular saw, or jigsaw with a fine-toothed blade—just be sure to secure the sheet to prevent movement and reduce vibration. For thin sheets (under 1/8"), a utility knife can be used by scoring and snapping along a straight edge. Piedmont Plastics can also cut your polycarbonate to size.

First, the acrylic sheet is cleaned to remove dust or debris. Next, the image or graphic is directly printed onto the acrylic using a flatbed digital printer designed for rigid materials. UV inks cure instantly under UV light, ensuring excellent adhesion, durability, and vibrant colors without additional primers or treatments. This process delivers crisp, high-quality graphics ideal for signage, displays, and artistic applications.

Acetal has better dimensional stability and machinability than UHMW, and absorbs less moisture than nylon, making it more stable in humid environments.

Unlike wood, Endurabond won’t rot, corrode, delaminate, or splinter, ensuring longer service life.

Extruded acrylic is made through a continuous manufacturing process, resulting in tighter thickness tolerances and a lower cost—ideal for high-volume projects. Cast acrylic is produced in molds, offering better optical clarity, greater surface hardness, and improved chemical resistance, making it preferred for premium applications or when superior aesthetics are needed.

Foam-X® features a memory-retaining core that resists warping but cannot be embossed, while Fome-Cor® allows for embossing and precise die cutting.

HDPE is highly resistant to UV rays and moisture, making it well-suited for outdoor use. It performs reliably in harsh environments, including coastal and lakeside areas, without rotting or warping.

Continuous cast acrylic is lighter, impact-resistant, and easier to fabricate, while offering comparable optical clarity.

Marine grade polyolefin sheet is engineered to resist corrosion, saltwater exposure, and UV degradation.

KYDEX® offers better chemical resistance than both ABS and polycarbonate, along with higher impact resistance than ABS. It also absorbs less moisture, which reduces the need for pre-drying, and retains more uniform wall thickness during deep forming processes compared to many other plastics.

While both materials are used in marine settings, marine grade acrylic offers superior optical clarity and scratch resistance. Polycarbonate is more impact-resistant but can scratch more easily and may yellow over time without UV stabilization. Acrylic is often preferred for applications where clarity and aesthetics are paramount .

Marine grade polyolefin sheet offers several advantages over traditional marine plywood. Unlike plywood, it will not absorb water, swell, or rot. It is also UV stabilized, so it resists fading and degradation. In terms of fabrication, polyolefin machines easily with standard woodworking tools, but it cannot be glued or painted like wood (mechanical fastening is required).

Both are strong and machinable, but PBT provides better electrical insulation and chemical resistance, while acetal offers lower friction.

While PTFE excels in low-friction performance, PEEK offers significantly higher strength, stiffness, and thermal stability.

PET offers lower moisture absorption and better dimensional stability than nylon, with higher stiffness and wear performance similar to or better than acetal.

PETG is more impact resistant than acrylic and easier to fabricate than polycarbonate. While it may not be as rigid as acrylic or as heat-resistant as polycarbonate, it provides a good balance of performance, clarity, and cost-effectiveness.

PTFE can withstand continuous service temperatures up to 500°F (260°C) without losing strength.

Both versions are highly durable, impact-resistant, and low-friction. However, reprocessed UHMW is more cost-effective and environmentally friendly, making it ideal for applications that do not require FDA or USDA compliance.

Rigid PVC film is generally more cost-effective and provides excellent chemical resistance, while PETG offers enhanced impact strength and recyclability.

Specialty grades include added features like scratch resistance, chemical resistance, FDA compliance, or ballistic protection.

Polycarbonate is one of the most durable plastic materials available. It's highly impact resistant—about 250 times stronger than glass—and can withstand heavy force without breaking or shattering. It also performs well in extreme temperatures, resists UV rays (with the right coating), and offers long-term durability in both indoor and outdoor applications.

Most formulations set in seconds to minutes, depending on the material and humidity. Always refer to your product's directions for the most accurate information.

PET film can typically withstand continuous service temperatures up to about 150°C (302°F), depending on the grade. Contact your local Piedmont Plastics sales representative for specific technical information.

Continuous cast acrylic generally offers better optical clarity, higher molecular weight, and improved surface hardness. Extruded acrylic is often more cost-effective and consistent in thickness for certain applications, but continuous cast is preferred when premium appearance and performance are required.

Continuous cast acrylic offers more consistent thickness and is typically more cost-effective for large runs, while cell cast acrylic excels in small-batch custom work.

Marine grade acrylic (also referred to as marine grade plexiglass) offers enhanced UV resistance, optical clarity, and durability compared to standard acrylic, making it ideal for applications like boat windshields, windows, hatches, and instrument panels.

While both are lightweight and offer excellent clarity, sign grade acrylic is formulated to be more impact resistant than general-purpose acrylic. It also performs better in fabrication processes like routing, thermoforming, and cutting, making it more suitable for commercial signage.

Acrylic mirrors can last up to a decade or more, depending on the environment and how they’re taken care of. In indoor settings with minimal exposure to UV light and physical stress, acrylic mirrors maintain their clarity and reflectivity for many years.

When made from HDPE or PVC, duct bank spacers can last for decades without degradation. Their chemical resistance, low moisture absorption, and ability to withstand soil pressure make them a long-term, maintenance-free solution for underground electrical systems.

Piedmont Plastics carries a wide selection of LED module brands to match your specific project requirements. The lifespan of a LED module varies by brand and product, but most LED modules offer reliable performance for 50,000 to 70,000 hours. Many options also include extended warranties, providing added peace of mind and long-term value.

When properly installed, twinwall polycarbonate panels can last 10–20 years or more. Most panels feature a UV-resistant co-extruded layer that prevents yellowing, cracking, and brittleness over time. Regular cleaning and proper installation further extend their lifespan.

Frequency depends on usage and environment, but routine cleaning with polish helps maintain long-term clarity.

Clean marine-grade acrylic with a mild soap solution and a soft, non-abrasive cloth. Avoid using ammonia-based cleaners, as they can cause hazing or fine scratching. For added protection, consider using a polish designed for acrylic surfaces.

Yes, marine-grade ABS can generally be cut, drilled, routed, and fabricated with common tools. However, specific results may vary, and we recommend consulting and following the manufacturer’s guidelines for best practices.

Yes, ABS plastic is highly durable. It is known for its exceptional impact resistance and strength, making it ideal for applications that require toughness and long-lasting performance. ABS is resistant to physical stress, chemicals, and temperature fluctuations, which makes it suitable for both indoor and outdoor use. Its durability is one of the key reasons it is widely used in industries such as automotive, construction, and consumer products.

Yes, many grades of acetal plastic are FDA-compliant and suitable for direct food contact in processing and packaging equipment.

Yes, Plexiglas® is a brand name for acrylic, much like how Kleenex® is a brand of tissues. Acrylic is the generic term for this transparent plastic material, and it’s sold under several brand names.

Yes, aluminum is nearly 100 percent recyclable, making it highly sustainable.

Yes, Aluminum Composite Material (ACM) is considered stronger than standard aluminum sheet in terms of overall performance, especially for signage and architectural cladding. It's stronger in terms of rigidity and form stability, has better impact resistance, and is lighter than solid aluminum.

Yes, aluminum sheet provides longer-lasting durability, better weather resistance, and a smoother surface for paint and vinyl graphics.

Yes, aluminum is naturally corrosion-resistant and performs well outdoors.

Yes, cast nylon can be easily machined, cut, and fabricated into custom shapes, making it a versatile choice for manufacturers and engineers. We recomend you follow manufactuer guidlines when customizing your material. Piedmont Plastis will also cut your cast nylon to size upon request.

Yes, some grades of cast nylon are FDA or USDA approved and considered food-safe. These certifications make food-grade cast nylon ideal for direct contact with food, allowing its use in food processing and packaging applications.

Yes, CPVC has a UL 94 V-0 flame rating, meaning it is self-extinguishing and produces low smoke, which is beneficial in enclosed or sensitive environments.

Yes, CPVC is widely used and approved for plumbing applications, especially for hot and cold water distribution in both residential and commercial settings. Many CPVC grades are also NSF 61 certified for use in potable water systems. Be sure to verify certification requirements for your specific application.

Yes, Eco-Digital Sheet is 100% recyclable, making it a sustainable option for temporary graphics and displays.

Yes, clear extruded acrylic has optical clarity up to 92% light transmission, similar to or better than glass.

Certain grades of extruded nylon are FDA-approved or USDA approved and suitable for food processing applications.

It performs well indoors and in short-term outdoor conditions but should be removed and cleaned regularly to prevent moisture buildup.

Yes, specific food-grade PVC tubing formulations are available for safe use in beverage and food processing.

Yes, fluted polypropylene is 100% recyclable and environmentally friendly. Ask us about our recycling program!

Yes, it is completely waterproof and ideal for outdoor use.

Standard foam board is intended for indoor use. For outdoor projects, consider more weatherable plastics like PVC or corrugated polypropylene.

Foam PVC sheets are resistant to moisture, making them suitable for both indoor and outdoor applications, even in high-humidity environments.

Yes, both G10 and FR4 materials exhibit low moisture absorption and excellent resistance to humidity. This makes them ideal for use in environments with high moisture or condensation, such as marine, outdoor, or HVAC applications.

Yes, GPO-3 meets several industry standards, including NEMA GPO-3, UL 94 V-0 for flame resistance, and MIL-I-24768/6.

Yes. High density polyethylene is an excellent material for cutting boards. It is FDA and USDA compliant for food contact, non-porous so it won’t absorb moisture or odors, and highly resistant to knife scarring. Its durability, easy-to-clean surface, and resistance to bacteria growth make it a popular choice in both home and commercial kitchens.

Yes, several HDPE grades meet FDA, USDA, and NSF standards, making them suitable for food-grade applications. This makes HDPE an excellent choice for use in food processing, packaging, preparation surfaces, and cutting boards.

Yes, HIPS offers a matte surface that allows excellent ink adhesion for both screen and digital printing.

Many grades of HIPS are suitable for food contact applications. Please check with your Piedmont Plastics representative for specific compliance requirements.

Yes, certain grades of KYDEX® sheet meet stringent flammability standards, such as UL 94 V-0 and Class 1/A for surface burning characteristics, making them suitable for use in transportation and other applications where fire safety is a concern.

It depends on the application. LDPE is more flexible and impact-resistant at low temperatures, while HDPE (High-Density Polyethylene) is stronger, stiffer, and better suited for structural or high-strength needs.

Yes, many LDPE grades are FDA and USDA compliant and approved for direct food contact, making them suitable for use in food storage containers, films, and liners.

Yes, marine grade acrylic is designed with UV inhibitors to resist yellowing and degradation from prolonged sun exposure. High-quality acrylic sheets can maintain their clarity and structural integrity for over a decade with proper maintenance .

Yes, it can be recycled depending on the local recycling facilities available in your area.

Yes. Certain grades of PEEK are engineered for medical use, providing biocompatibility and resistance to sterilization methods. Contact your Piedmont Plastics sales representative to discuss the best option for your specific application requirements.

PBT offers some weatherability but is best suited for indoor or protected environments. UV-stabilized grades are recommended for outdoor use. If you're unsure of what your applicaiton requires, ask your Piedmont Plastics sales rep.

Polyester film is recyclable under many local recycling programs and can be reprocessed into new polyester materials.

Many PET grades are formulated to meet food contact standards, making them well suited for use in food processing and handling equipment. However, users should always verify with the manufacturer or supplier that the specific material grade purchased complies with the applicable regulations and requirements for their intended application.

Yes, PETG is one of the easiest plastics to fabricate. It can be cut, drilled, bonded, printed, and thermoformed without pre-drying in most conditions. Piedmont Plastics can also cut your PETG to size upon request.

Many PETG sheets meet FDA requirements for food contact, but it's important to confirm with your local Piedmont Plastics sales representative that the specific grade is FDA-approved.

Yes, phenolic is an excellent electrical insulator. It offers high dielectric strength, low conductivity, and reliable performance in high-voltage and high-temperature environments, making it ideal for electrical panels, switchgear, and insulating components.

Yes, phenolic is considered an industrial laminate, but not all industrial laminates are phenolics. While phenolic laminates are among the most common, industrial laminates can also be made with other resins such as epoxy, melamine, silicone, or polyester, depending on the application. Each type offers different performance characteristics like higher heat resistance, better chemical resistance, or enhanced electrical properties.

Yes, polycarbonate is ideal for signage, especially outdoor signs. Its durability and weather resistance make it suitable for environments with high sun exposure or physical impact.

Polycarbonate is virtually unbreakable under normal conditions. It's about 250 times stronger than glass and highly resistant to impact, which is why it's used in applications like bullet-resistant windows, safety shields, and protective gear.

Yes. Polycarbonate film is compatible with most inks and works well with both screen and digital printing. It can also be hot stamped, embossed, and printed after thermoforming, making it a popular choice for printed graphics and overlays.

Standard polycarbonate can yellow or degrade over time with UV exposure, but UV-stabilized polycarbonate sheets are available for purchase, and can be used for outdoor applications with long-term clarity.

Yes, PET film is BPA-free and considered safe for food and beverage contact by regulatory agencies like the FDA.

Yes, many grades of PE film are stabilized to withstand UV exposure for several years, making them suitable for outdoor agricultural and construction use.

Many polypropylene materials comply with FDA, USDA, and NSF standards for food contact. Contact your local Piedmont Plastics branch to ensure you select the right material to meet your specific application requirements.

Yes, certain grades offer excellent UV and weather resistance.

Yes. PTFE offers unmatched resistance to nearly all industrial chemicals, solvents, and acids.

PTFE (polytetrafluoroethylene) is the generic name for the material, while Teflon® is a well-known brand name for PTFE products. They refer to the same type of plastic, but PTFE is the correct generic term used in industry.

It provides moderate weatherability but may require additives or coatings for prolonged outdoor exposure.

Certain PVDF grades are available that comply with FDA and NSF regulations for food and water contact.

Yes. PVDF exhibits excellent resistance to UV radiation and weathering, making it ideal for outdoor applications.

Yes. It provides a smooth, consistent surface compatible with screen, digital, and flexographic printing.

Yes. Sign grade acrylic is UV-stabilized and designed to withstand outdoor conditions without yellowing or becoming brittle. It resists weathering and holds up well against sunlight, wind, and rain.

Yes. It’s UV-stabilized and engineered to resist yellowing, cracking, and other damage caused by sunlight, rain, and temperature changes.

Some modified acrylics, such as bullet-resistant or impact-modified variants, offer excellent impact resistance but are not entirely shatterproof like polycarbonate.

Yes, SCM is magnetic receptive. This makes it a great option for applications like whiteboards, menu boards, and other surfaces that use magnets.

Yes. Its closed-cell structure and chemical resistance make it suitable for use around saltwater.

In most cases, yes. Twinwall polycarbonate is 12 times lighter and 200 times stronger than glass, making it easier to install and virtually unbreakable. It also provides better thermal insulation and UV resistance, helping to reduce energy costs while maintaining outstanding light transmission.

Depending on the application, twinwall polycarbonate offers many advantages over glass. It is significantly lighter, up to 200 times more impact-resistant, and provides better insulation. It’s also easier to cut, install, and shape than glass, making it a preferred option for DIY projects and commercial construction alike.

Absolutely. Twinwall polycarbonate is inherently waterproof and highly resistant to UV rays, wind, rain, snow, and hail. Its durable construction makes it suitable for outdoor use in a wide range of climates.

Yes, it has excellent resistance to a wide range of chemicals, including most acids and bases.

Most printable window films are designed for clean removal, leaving little to no residue when properly installed.

It is primarily designed for indoor applications. Extended outdoor exposure may cause surface degradation over time.

Reprocessed UHMW is widely used in conveying systems, material handling, packaging, transportation, and marine applications. It’s ideal for wear strips, liners, guides, and parts exposed to friction or abrasion.

Foam boards have a foam core, usually made from polystyrene foam, and are sandwiched between materials like paper, high-impact polystyrene, or wood. Specialty boards are available with facings of chalkboard, dry-erase surfaces, canvas, cork, and more.

LED modules are pre-assembled lighting units that contain one or more light-emitting diodes (LEDs) mounted on a circuit board, often with integrated optics and wiring. They are designed for easy installation and consistent illumination, making them ideal for applications like channel letter signage, backlighting, retail displays, and architectural accents. LED modules come in various shapes, sizes, color temperatures, and brightness levels to suit different lighting needs.

Plastic spacers are lighter, corrosion-resistant, and non-conductive, making them easier to handle and safer for electrical installations. Unlike metal alternatives, they won’t rust or deteriorate in underground or wet conditions.

While both materials are clear and able to be fabricated, polycarbonate is significantly more impact-resistant than acrylic. This makes it a better choice for applications where strength and durability are critical.

Twinwall polycarbonate (or multiwall polycarbonate) offers a lightweight structure with added rigidity and thermal insulation. It is often used for doors and barriers where strength, durability, and reduced material weight are important.

Paper grade phenolics (NEMA X, XX, XXX) offer excellent electrical insulation and are ideal for light mechanical uses, while cotton grade phenolics (NEMA C, CE, L, LE) provide greater mechanical strength, impact resistance, and better wear performance for demanding structural applications.

Common UHMW grades include virgin, reprocessed, anti-static, FDA compliant, glass-filled, oil-filled, enhanced bearing and wear, metal and x-ray detectable.

PETG sheet offers high impact strength, excellent optical clarity, strong chemical resistance, and ease of forming, cutting, and printing. It is also available in flame-retardant grades.

There are two primary types of acetal. The first is homopolymer acetal (e.g., Delrin®), which offers slightly higher mechanical strength and stiffness but may exhibit centerline porosity. The second is copolymer acetal, which provides improved chemical resistance and reduced porosity, making it suitable for applications involving moisture or chemicals.

PET typically operates continuously up to approximately 210°F (100°C) and maintains its mechanical properties well under load. However, actual performance can vary by grade and application, so it’s important to confirm the recommended operating temperature with the manufacturer or material supplier.

A trim cap is a flexible plastic (or sometimes aluminum) strip used to secure and frame the edges of an acrylic face, most commonly in channel letter signs. It provides a clean, finished look while protecting the edges from weather and wear.

Antiskid plastic sheets cannot be painted but come in various neutral colors to meet many needs.

You'll need your existing customer number, a recent quote/invoice number, and it's total amount.

PEEK is available in sheet, rod, and tube to suit a variety of machining and fabrication needs.

Piedmont Plastics offers PEI in both sheet and rod form, with custom sizes available upon request.

Common uses include signage, construction, transportation, and architectural design.

G10/FR4 is used across a wide range of industries, including electronics, aerospace, marine, automotive, industrial equipment, medical devices, and telecommunications. It’s commonly found in applications such as circuit boards, electrical insulators, structural supports, gaskets, terminal boards, and switchgear components—anywhere that requires a high-strength, electrically insulating, and dimensionally stable material.

A blockout banner has a special layer that prevents light from passing through, making it ideal for double-sided graphics.

It consists of a lightweight foam core capped with rigid styrene surfaces for durability and printability.

ABS (Acrylonitrile Butadiene Styrene) is a tough, impact-resistant thermoplastic polymer commonly used in a variety of applications. It is known for its strength, durability, and ability to withstand high-impact environments. ABS is widely used in industries like automotive, manufacturing, signage, and consumer products due to its excellent chemical resistance, ease of fabrication, and versatility. It can be molded, cut, drilled, and painted, making it an ideal material for custom projects.

Acetal (POM) is a high-strength engineering thermoplastic renowned for its stiffness, low friction, and excellent dimensional stability. It's widely used in precision parts requiring tight tolerances and durability.

ACRYLITE® Digital Print Pop Touch acrylic is specifically tailored for wide-format digital printers capable of rendering detailed 3D surfaces and braille signage. Its enhanced adhesion properties ensure UV ink strongly bonds to the acrylic surface, eliminating the need for primers or adhesion promoters. With a dual-sided surface—matte texture on one side and smooth on the other—this acrylic is perfect for creating durable, ADA-compliant, and visually appealing tactile graphics

Aluminum composite material (ACM) is a sandwich-like panel composed of two thin sheets of aluminum bonded to a polyethylene core. Lightweight, durable, and stable, ACM is ideal for both interior and exterior applications.

An acrylic mirror is a reflective sheet made from high-quality acrylic plastic rather than glass. Also known as mirrored acrylic or plexiglass mirror, it offers the same reflective qualities as traditional mirror glass but is significantly lighter and more impact-resistant.

Cast nylon is a high-performance engineered plastic material. It's commonly used as a replacement material for metals like bronze, steel, brass, and aluminum due to its strength, wear resistance, and versatility in industrial applications.

Chlorinated Polyvinyl Chloride (CPVC) is a thermoplastic made by chlorinating PVC resin. This gives it higher temperature tolerance and better chemical resistance, making it suitable for more demanding applications than standard PVC.

Digital print acrylic is a clear acrylic sheet with enhanced adhesion properties for UV and Latex ink.

Expanded foam PVC is a lightweight, durable plastic material made from PVC resin, with an expanded foam core. It is used in a wide variety of applications due to its impact resistance, ease of fabrication, and weather resistance.

Extruded acrylic is a transparent thermoplastic made by continuously pushing acrylic resin through rollers to form flat sheets.

Extruded nylon is a strong, durable engineering plastic made by melting and forming nylon resin through a continuous extrusion process. Also known as nylon 6/6, it offers excellent mechanical strength, stiffness, and wear resistance

Fluted polypropylene is a durable, lightweight plastic sheet with a corrugated structure that makes it highly versatile. Produced by extruding polypropylene through a die that forms parallel ridges—or “flutes”, the material offers impressive strength and rigidity while remaining easy to handle due to its low weight.

These are reinforced grades of PEEK designed to improve stiffness, strength, and wear resistance for more demanding applications.

GPO-3 is a glass mat-reinforced thermoset polyester laminate known for its excellent electrical insulation, flame resistance, and mechanical strength. It's commonly used in electrical and industrial applications.

HDPE is widely used across various industries due to its versatility. Its strength and chemical resistance make it especially popular in construction, marine, food processing, and industrial manufacturing applications.

HIPS plastic is commonly used for signage, displays, packaging, and thermoformed parts in various industries including retail, healthcare, and the automotive sector.

KYDEX® is a proprietary thermoplastic sheet composed of an acrylic-polyvinyl chloride (PVC) alloy. This combination offers a balance of rigidity, formability, chemical resistance, and durability.

LDPE stands for Low-Density Polyethylene, a thermoplastic known for its flexibility, low density, chemical resistance, and excellent performance at low temperatures. It is commonly used in packaging, containers, liners, and tubing.

LDPE is valued for its flexibility, chemical resistance, and moisture barrier properties. In industrial settings, it’s commonly used for chemical tank liners, protective sheeting, tubing, and wire insulation. In the medical field, LDPE is used in orthotics, prosthetics, IV bags, laboratory tubing, and disposable medical containers or packaging. Additionally, LDPE is widely used in packaging applications such as shrink wraps and squeeze bottles, and in construction as vapor barriers and waterproof films.

Overlaminates protect graphics from UV exposure, abrasion, moisture, and environmental damage while improving durability and finish.

Phenolic material is made by layering paper, cotton fabric, or other substrates with phenolic resin, then curing it under heat and pressure to create a strong, rigid thermoset plastic. The result is a durable material known for its excellent electrical insulation, mechanical strength, and chemical resistance.

Polycarbonate film is used in applications that require clarity, impact resistance, and durability. Common uses include face shields, control panels, nameplates, decals, ID cards, membrane switches, and automotive components.

Polypropylene is used in a wide variety of applications across many industries due to its strength, chemical resistance, and versatility. Common uses include chemical storage tanks, orthotic and prosthetic devices, cutting boards, lab surfaces, medical trays, and machine parts.

PTFE is used for various industrial or mechanical applicaitons, including seals, gaskets, bearings, electrical insulation, and chemical processing components.

Reprocessed UHMW is a type of ultra high molecular weight polyethylene made from a blend of recycled and virgin UHMW material. It offers similar properties to virgin UHMW but is designed for non-food-grade applications.

Rigid vinyl film is made from polyvinyl chloride (PVC), engineered without plasticizers for added stiffness and clarity.

Rigid vinyl film is widely used in industries that require a clear, durable, and cost-effective material. It is commonly found in packaging applications such as blister packs, clamshells, folding cartons, and thermoformed trays. In printing and graphics, rigid vinyl film provides a smooth, consistent surface for labels, signage, displays, and point-of-purchase materials. It is also used as a protective film to shield surfaces during shipping or storage.

Endurabond is an expanded foam PVC sheet manufactured with up to 100% recycled content, offering a sustainable option without sacrificing strength or durability. Its lightweight yet dense structure provides exceptional screw retention and bonding performance, making it a reliable alternative to wood or other substrates in demanding applications.

Sign grade acrylic is a type of impact-modified acrylic sheet specifically designed for signage applications. It offers greater strength and durability than standard acrylic, making it ideal for indoor and outdoor signs, displays, and lettering.

Sign grade aluminum sheet is a lightweight, durable material designed for outdoor signs, offering superior weather resistance and paint adhesion compared to MDO panels.

Sign vinyl is used for creating graphics, lettering, and displays across industries such as retail, transportation, construction, and advertising.

Specialty acrylic used in applications that require enhanced durability, UV resistance, glare control, or impact protection, such as security glazing, displays, or outdoor signage.

SCM is a rigid panel made by bonding two thin layers of steel—typically galvanized or stainless steel—to a polyethylene (PE) core. This creates a strong yet lightweight sheet that combines the durability of steel with the versatility of plastic.

SCM consists of two thin steel skins bonded to a polyethylene (PE) core, while ACM is made with two thin aluminum skins bonded to a similar core. SCM is heavier, stronger, and magnetic receptive, while ACM is lighter and more corrosion-resistant.

Delrin® is a brand name for homopolymer acetal, while generic acetal may refer to either homopolymer or copolymer types from other manufacturers.

Extruded nylon is formed by pushing melted nylon through a die, offering higher strength, rigidity, and tighter tolerances. Cast nylon is made by pouring liquid nylon into molds, resulting in better wear resistance and low internal stress.

G10 and FR4 are both high-pressure laminate materials made with woven glass fabric and epoxy resin. The key difference is that FR4 is flame retardant, meeting the UL94 V-0 fire safety standard, while G10 is not.

HDPE spacers offer greater flexibility, impact strength, and resistance to temperature variation, making them ideal for demanding or large-scale underground installations.

While more rigid, PVC spacers are suitable for shorter conduit runs or environments requiring tight, fixed alignment. HDPE generally provides superior long-term performance and durability for most underground applications.

HDPE film is stiffer, more chemical resistant, and less flexible, making it suitable for food storage and industrial liners. LDPE film is more flexible, clear, and tough, ideal for packaging and shrink bundling.

The terms are used interchangeably; both refer to the same type of polymer.

Type 1 PVC is optimized for chemical resistance, while Type 2 offers greater impact strength at the expense of chemical resistance.

Twinwall polycarbonate has two walls with one air chamber, while multiwall polycarbonate can have three or more layers for added insulation and strength. Both share the same core benefits, including impact resistance, UV protection, and lightweight performance, but twinwall is the most common and versatile option for everyday construction projects.

Twinwall polycarbonate is commonly used in applications that require lightweight, durable, and insulating materials. Typical uses include greenhouse glazing, skylights, patio covers, carports, pergolas, and interior partitions. Its hollow core structure provides excellent thermal insulation, making it ideal for energy-efficient building projects.

UHMW PE is commonly used for wear parts, liners, and components that require high impact and abrasion resistance.

It features a rigid foam core laminated between two wood fiber facers, combining light weight with structural strength.

Digital ACM features a specially coated surface optimized for direct digital printing, ensuring better ink adhesion and image quality compared to standard ACM.

Marine grade ABS includes UV stabilizers and moisture-resistant properties that make it more suitable for outdoor and marine use.

Marine grade formulations include enhanced UV protection and improved moisture resistance to withstand harsh marine environments.

Sign grade polycarbonate is manufactured with enhanced clarity, UV resistance, and impact strength specifically for signage applications. These qualities ensure long-lasting performance and vibrant visual appeal in both indoor and outdoor environments.

PEI offers higher heat resistance and better electrical properties than many standard engineering plastics, making it ideal for demanding environments.

PVDF offers higher mechanical strength and easier processability, while PTFE provides superior chemical inertness and lower friction.

Most duct bank spacers are made from HDPE, a non-conductive, corrosion-resistant plastic ideal for underground use. Other performance plastics such as PVC or ABS (Acrylonitrile Butadiene Styrene) may also be used, depending on project requirements. These materials provide excellent strength, durability, and electrical insulation for long-term performance in buried conduit systems.

Most duct bank spacers are manufactured from HDPE (High-Density Polyethylene), though other performance plastics may also be used. These materials are non-conductive, lightweight, and resistant to moisture, chemicals, and corrosion, making them exceptionally well-suited for demanding underground environments.

Common materials include polycarbonate, twinwall polycarbonate, acrylic, and PETG. These plastics provide clarity, impact resistance, and structural stability for panels, doors, walls, partitions, and baffles used in aisle containment systems.

Digital ACM sheets are compatible with UV-cure, latex, solvent, and eco-solvent inks.

Eco-digital sheet is compatible with most direct digital printing, screen printing, and vinyl mounting applications. For best results, confirm compatibility with your Piedmont Plastics sales representative before printing, and always follow the manufacturer’s recommended guidelines.

Standard sheets are 48” x 96” and offered in multiple thicknesses and finishes.

Our standard 10in x 30in H-stakes work best with 4mm corrugated plastic sign boards.

Foam board sheets are available in a variety of sizes, including large sheets up to 8’ x 10’ and thickness ranges from 1/8”- 1/2”. Contact your local Piedmont Plastics branch for exact specifications!

Floor films are designed to bond securely to a variety of clean, dry surfaces, including tile, sealed and outdoor concrete, brick, laminate, and even certain low-pile carpets, providing reliable adhesion across both indoor and outdoor environments.

They adhere to ferrous metal surfaces such as steel and iron. They will not stick to aluminum, stainless steel, or non-metallic substrates unless used with a magnetic receptive base.

Polypropylene typically performs well in temperatures up to 180°F (82°C) in continuous-use environments. It also maintains its structural integrity in short-term heat exposure situations, making it suitable for applications where moderate heat resistance is needed.

Options include PVC vinyl banners, PET banners, blockout banners, mesh banners, front-lit, and back-lit grades.

GPO-1 is a general-purpose fiberglass-reinforced thermoset laminate with basic electrical insulation and mechanical strength, suitable for non-critical applications. GPO-2 offers improved dielectric strength and arc resistance compared to GPO-1, making it ideal for electrical insulation in low- to medium-voltage systems. GPO-3 is the highest-performing grade, featuring flame retardancy (UL 94 V-0), superior arc and track resistance, and excellent mechanical and electrical properties, making it the preferred choice for high-demand applications like switchgear, transformers, and transportation components.

GPO-3 uses polyester resin with chopped glass mat and is flame-retardant (UL 94 V-0), ideal for electrical insulation and structural applications. G10 uses epoxy resin with woven fiberglass cloth, offering higher strength and moisture resistance but no flame rating. GPO-3 is best for switchgear and enclosures; G10 is preferred for PCBs and precision parts.

OP3 offers UV protection, P99 is a non-glare finish, and FF (frame-grade) acrylic is formulated for picture framing and display applications.

Polycarbonate and acrylic are both clear plastics. Polycarbonate is extremely impact resistant, more flexible, and handles higher temperatures. However, it scratches more easily and is usually more expensive. Acrylic offers better optical clarity, is more scratch resistant, easier to cut and polish, and holds up better to UV exposure. Acrylic is also more affordable, but less durable under impact.

Duct bank spacers are commonly used in underground electrical and communication conduit systems found in utility and power distribution networks, transportation and infrastructure projects, data centers, hospitals, and manufacturing facilities, and commercial and industrial developments. They ensure conduits stay aligned and protected, even under soil pressure and concrete encasement.

You can purchase PVC Type 2 sheet and rod from Piedmont Plastics. With a nationwide network of branches, we make it easy to find local inventory and get the material you need quickly.

Piedmont Plastics has locations across North America, giving you convenient access to a variety acrylic mirror products. Contact your nearest branch for availability and custom cutting services.

Whether you need a single sheet or large-volume supply, Piedmont Plastics offers acrylic at our branches near you. We provide quick quotes, local pickup, and delivery options.

Piedmont Plastics supplies ACM through our network of local branches. Our team can help you choose the right size, cut material to spec, and deliver directly to your facility.

You can purchase CPVC from Piedmont Plastics. With a nationwide network of branches, we make it easy to find local inventory and get the material you need quickly.

Piedmont Plastics offers a wide selection of digital ACM panels. With more than 50 locations across North America, we’re ready to supply the exact size and gauge you need.

You can purchase duct bank spacers directly from Piedmont Plastics, with over 50 branch locations across North America. Our local teams stock and fabricate duct bank spacer materials to your specifications, ensuring quick turnaround and personalized service.

Piedmont Plastics supplies fluted polypropylene through our network of local branches. Our team can help you choose the right size, cut material to spec, and deliver directly to your facility.

Whether you need a single sheet or large-volume supply, Piedmont Plastics offers foam sheets at branches near you. We provide quick quotes, local pickup, and delivery options.

Piedmont Plastics has locations across North America, giving you convenient access to foam PVC sheet. Contact your nearest branch for availability and custom cutting services.

Piedmont Plastics is a trusted G10 and FR4 supplier with branches nationwide. Find your nearest location to order G10/FR4 laminates for your project.

You can purchase HDPE from Piedmont Plastics. With a nationwide network of branches, we make it easy to find local inventory and get the material you need quickly.

Piedmont Plastics is a trusted nylon supplier with branches nationwide. Find your nearest location to order cast or extruded nylon for your project.

Piedmont Plastics offers a wide selection of PEEK sheet, rod, and tube materials. With more than 50 locations across North America, we’re ready to supply the exact size and grade you need.

Piedmont Plastics is a leading PTFE distributor with over 50 locations across North America, making it easy to source material locally.

Piedmont Plastics is a PVC tubing distributor with over 50 locations across North America, making it easy to source your hose material locally.

As a trusted PVC Type 1 distributor, Piedmont Plastics offers convenient local access through over 50 branches across North America.

You can purchase PVC Type 2 sheet and rod through Piedmont Plastics, which has a nationwide network of branches across North America. With local inventory and custom cutting services, Piedmont makes it easy to source the material you need close to your location. Contact your nearest branch to request a quote or arrange pickup and delivery.

Performance plastics are used in data centers because they offer lightweight strength, durability, electrical insulation, and ease of fabrication. These properties help improve airflow management, protect sensitive equipment, and support efficient, reliable operation.

Plastic duct bank spacers are lightweight, corrosion-resistant, and non-conductive, making them safer and easier to handle than metal alternatives. They won’t rust or deteriorate when exposed to soil, moisture, or chemicals, and they eliminate grounding concerns common with metallic components.

Polycarbonate is valued in the signage industry for its exceptional impact resistance, weatherability, and optical clarity, making it ideal for creating durable, eye-catching signs that can withstand demanding environments.

Polycarbonate greenhouse panels offer the perfect balance of light diffusion, durability, and insulation. The twinwall design allows sunlight to pass through evenly, promoting healthy plant growth while maintaining a stable interior temperature.

Unlike glass, polycarbonate won’t shatter in hail or high winds, and its UV-resistant surface helps prevent plant damage from excessive radiation. This makes it the preferred material for commercial and residential greenhouse construction.

Our stakes are made with galvanized wire for rust resistance.