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# Polymer Plastics – Industrial Plastic Materials Supplier: Leading supplier of plastic materials, offering sheets, rods, tubing, and custom fabrication services for diverse industrial needs.

## Sitemaps
[XML Sitemap](https://polymerplastics.com/sitemap_index.xml): Includes all crawlable and indexable pages.

## Posts
- [Polymer Plastic Blog 5](https://polymerplastics.com/polymer-plastic-blog-5/): Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s, when an unknown printer took a galley of type and scrambled it to make a type specimen book. It has survived not only five centuries, but also the leap into electronic typesetting, remaining essentially unchanged. It was popularised in the 1960s with the release of Letraset sheets containing Lorem Ipsum passages, and more recently with desktop publishing software like Aldus PageMaker including versions of Lorem Ipsum.
- [Polymer Plastic Blog 4](https://polymerplastics.com/polymer-plastic-blog-4/): Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s, when an unknown printer took a galley of type and scrambled it to make a type specimen book. It has survived not only five centuries, but also the leap into electronic typesetting, remaining essentially unchanged. It was popularised in the 1960s with the release of Letraset sheets containing Lorem Ipsum passages, and more recently with desktop publishing software like Aldus PageMaker including versions of Lorem Ipsum.
- [Polymer Plastic Blog 3](https://polymerplastics.com/polymer-plastic-blog-3/): Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s, when an unknown printer took a galley of type and scrambled it to make a type specimen book. It has survived not only five centuries, but also the leap into electronic typesetting, remaining essentially unchanged. It was popularised in the 1960s with the release of Letraset sheets containing Lorem Ipsum passages, and more recently with desktop publishing software like Aldus PageMaker including versions of Lorem Ipsum.
- [Polymer Plastic Blog 2](https://polymerplastics.com/polymer-plastic-blog-2/): Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s, when an unknown printer took a galley of type and scrambled it to make a type specimen book. It has survived not only five centuries, but also the leap into electronic typesetting, remaining essentially unchanged. It was popularised in the 1960s with the release of Letraset sheets containing Lorem Ipsum passages, and more recently with desktop publishing software like Aldus PageMaker including versions of Lorem Ipsum.
- [Polymer Plastic Blog 1](https://polymerplastics.com/polymer-plastic-blog-1/): Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s, when an unknown printer took a galley of type and scrambled it to make a type specimen book. It has survived not only five centuries, but also the leap into electronic typesetting, remaining essentially unchanged. It was popularised in the 1960s with the release of Letraset sheets containing Lorem Ipsum passages, and more recently with desktop publishing software like Aldus PageMaker including versions of Lorem Ipsum.

## Pages
- [Markets Served](https://polymerplastics.com/markets-served/): Markets Served
- [Trade & Generic Names A](https://polymerplastics.com/trade-names/trade-generic-names-a/): Page 1
- [Trade Names](https://polymerplastics.com/trade-names/)
- [Water & Wastewater](https://polymerplastics.com/water-wastewater/): Performance plastics have been instrumental in reclaiming wastewater into safe water for more than seven decades — and anywhere there's a need for durable, long-lasting, maintenance-free water transport systems.
- [Transportation](https://polymerplastics.com/transportation/): Trains, buses, trucks, boats and RVs are lighter weight, more durable, safer and more comfortable thanks to performance plastics. In both aesthetic and structural/bearing applications, plastics help you travel further for less money.
- [Sign & Visual](https://polymerplastics.com/sign-visual/): Looking for a durable, weather-resistant material to produce eye-catching graphics, advertising or P-O-P marketing? All signs point to performance plastics.
- [Semiconductor](https://polymerplastics.com/semiconductor/): Semiconductor manufacturing involves harsh chemicals, exacting high purity requirements and resistance to electrical shock, as well as cost effectiveness.
- [Security](https://polymerplastics.com/security/): Polymers, both transparent and opaque, are used in the construction of armor to protect people from physical assault, bullets and bomb blast attacks. Performance plastics keep people safe.
- [Recreational](https://polymerplastics.com/recreational/): From swimming pools to roller coasters to basketball backboards to playground equipment, if you're having fun, chances are performance plastics are along for the ride. Relax and enjoy the durability of plastics!
- [Pharmaceutical](https://polymerplastics.com/pharmaceutical/): Performance plastics are booming in the pharmaceutical industry because of their durability, ability to be sterilized, easy machinability to exacting specifications and cost effectiveness.
- [OIL & GAS](https://polymerplastics.com/oil-gas/): Performance plastics are playing a key role in the energy boom, making it easier to reach previously untapped sources of oil and gas to fuel the economy.
- [Mro Manufacturing](https://polymerplastics.com/mro-manufacturing/): Performance plastics provide numerous advantages for any manufacturing operation. They're lightweight, hold up well under extreme conditions and are an excellent cost-effective alternative to metal.
- [Mining](https://polymerplastics.com/mining/): Performance plastics help reduce noise, prolong equipment life and protect miners. From safety equipment to truck bed liners to parts such as gears, rollers and sprockets, try mining plastics for long-lasting applications.
- [Medical](https://polymerplastics.com/medical/): Performance plastics are facilitating a new frontier of more types of outpatient treatments, less invasive procedures and longer lasting materials. Plus, anti-microbial plastics cut down on infections.
- [Material Handling](https://polymerplastics.com/material-handling/): Moving materials from one place to another seems like it should be simple, but to do it quickly and cost-effectively requires specialty equipment featuring performance plastics.
- [Marine](https://polymerplastics.com/marine/): Performance plastics are resistant to saltwater, UV, chemicals, sunshine and corrosion, making them perfect for marine applications.
- [Lumber](https://polymerplastics.com/lumber/): Lumber and paper processing operations that use performance plastics instead of metal parts have longer wearing, less noisy, more reliable equipment that performs better. Clearly, plastics are a cut above the rest!
- [Life Sciences](https://polymerplastics.com/life-sciences/): Life sciences applications demand durability, reliability, regulatory compliance, traceability from raw materials and design flexibility. What's the Rx for life sciences' needs? Performance plastics, of course!
- [Heavy Equipment](https://polymerplastics.com/heavy-equipment/): Despite the extremely heavy loads and challenging work environments of most heavy equipment, performance plastics offer performance superior to many traditional materials in vital applications.
- [Food & Beverage](https://polymerplastics.com/food-beverage/): Performance plastic materials are used in a variety of food processing and packaging machinery applications including friction and wear parts. Plastic tubing/piping handles fluids, and plastic sheet materials make safe, easy-to-clean cutting boards.
- [Fluid Handling](https://polymerplastics.com/fluid-handling/): How do you ensure that your lab, semiconductor or food processing applications won't be contaminated by materials in transport? It's easy … use performance plastics!
- [Environmental](https://polymerplastics.com/environmental/): Not only do performance plastics have a low overall lifecycle carbon footprint, including being recyclable, they are used directly in applications that help preserve and restore the world in which we live.
- [Automotive](https://polymerplastics.com/automotive/): From mechanical parts to automotive interiors to external applications, performance plastics are driving safer, more durable, lightweight, fuel-efficient designs in today's cars.
- [Electrical](https://polymerplastics.com/electrical/): There's a plastic to meet every standard and use for electrical applications. The next time you need a stable, impact-resistant, easy-to-process, safe material, think performance plastics.
- [Chemical](https://polymerplastics.com/chemical/): Chemicals easily eat through many materials, but they've met their match with performance plastics. The right plastics can ensure a safe, durable, long-lasting performance even under the harshest conditions.
- [Building Construction](https://polymerplastics.com/building-construction/): Maximize natural light without compromising material strength, energy savings or design possibilities with performance plastics in building applications.
- [Alternative Energy](https://polymerplastics.com/alternative-energy/): Performance plastics play an important role in the production of solar, wind, wave, biofuels, geothermal and hydrogen equipment components.
- [Agriculture](https://polymerplastics.com/agriculture/): Do you want longer-lasting parts on your machinery that require less horsepower to run and are so quiet they don't bother the animals? Look no further than performance plastics for your agricultural needs.
- [Aerospace](https://polymerplastics.com/aerospace/): Performance plastics are used in numerous aerospace applications to improve safety, reduce costs, save fuel and improve passenger comfort.
- [Manufacturing Partners](https://polymerplastics.com/manufacturing-partners/): We don't just sell plastics we source them with purpose. Our carefully selected network of manufacturing partners allows us to bring you premium plastic and composite materials that meet the toughest industry standards.
- [Filmgraphic Overview](https://polymerplastics.com/filmgraphic-overview/): There is no overview available at this time.
- [Corrosion Overview](https://polymerplastics.com/corrosion-resistant-plastics/): Corrosion resistant plastics are comprised of two groups: Polyolefins and the polyvinyl chloride group. The common attributes of corrosion resistant plastics are excellent chemical resistance with relatively low cost. The Fluoroplastics group also exhibits excellent chemical resistive properties; however, products within this group are chemically more difficult to formulate resulting in higher product cost.The polyolefin group is represented by polyethylene and polypropylene. Both of these products are recognized for their light weight and comparatively low cost. Polyethylene and polypropylene are available in various densities and molevular structture which provide a wide selection opportunity for the design engineer.
- [Sitemap](https://polymerplastics.com/sitemap/)
- [Corrosion PVC](https://polymerplastics.com/corrosion-pvc/): PVC, polyvinyl chloride, is only one member of the vinyl family of homopolymers and copolymers. PVC is produced in a wide variety of forms: from clear thin flexible sheet used in seat covers, to rigid thick sheet used in corrosion resistant applications Because of the extensive selection of different types of PVC, only rigid sheet will be reviewed here.
- [Mechanical Plastic Chart](https://polymerplastics.com/mechanical-overview/): The mechanical group of plastics are perhaps one of the largest groups of plastics in use in industry today.
- [Transparents Properties Chart](https://polymerplastics.com/transparents-overview/): Transparent plastics are used primarily when clarity of vision through the material is a concern.
- [Performance Properties Chart](https://polymerplastics.com/performance-overview/): The group of plastics within this section have been assigned the collective title of Performance Plastics. Included within this section are: Hydlar Z, Kevlar fiber reinforced Nylon 6/6; Kapton, polyimide film; PEEK, polyetheretherketone; Polysulfone; Ryton, polyphenyl sulfide; Torlon polyamideimide; Ultem 1000, polyetherimide high heat polymer; and Vespel, high-performance polyimide.
- [Forming Grade Properties Chart](https://polymerplastics.com/forming-grade-plastics/): Forming Grade Plastics are widely used across industries that require materials capable of being shaped, molded, and fabricated into complex components. These materials offer excellent flexibility during processing while retaining the mechanical properties necessary for long-term performance. Manufacturers rely on Forming Grade Plastics for applications where precision, consistency, and efficiency are essential.
- [Fluoroplastics Properties Chart](https://polymerplastics.com/fluoro-overview/): Fluoroplastics are a class of paraffinic polymers that have some or all of the hydrogen replaced by fluorine. The fluoroplastic group in this catalog includes: FEP, fluorinated ethylene propylene; Kel-F, polychlorotrifluorethylene; PVDF, polyvinylidene fluoride; Rulon, forms of TFE fluorocarbon; TFE, virgin and mechanical, polytetrafluoroethylene; Tefzel, a modified copolymer of ethylene and tetrafluoroethylene; and Turcite.
- [Corrosion Resistant Properties Chart](https://polymerplastics.com/corrosion-a/): Corrosion resistant plastics are comprised of two groups: Polyolefins and the polyvinyl chloride group. The common attributes of corrosion resistant plastics are excellent chemical resistance with relatively low cost. The Fluoroplastics group also exhibits excellent chemical resistive properties; however, products within this group are chemically more difficult to formulate resulting in higher product cost.
- [Composite Properties Chart](https://polymerplastics.com/composite-plastics/): Composite Plastics
- [History Of Plastics](https://polymerplastics.com/history-plastics/): The United States plastics industry is a multi-billion dollar business, and it is still growing at a rate faster than most other industries in this country. Plastics have been used in every major market in the United States, including construction, packaging, automobiles and boats, electrical/electronics, pipe and fittings, and consumer goods, to mention just a few.
- [Trade & Generic Names B](https://polymerplastics.com/trade-names/trade-generic-names-b/): Page 1
- [California Prop 65](https://polymerplastics.com/california-prop-65-notice/): If you determine that the end use of these product(s) you have received from us may cause a consumer exposure to the referenced listed chemical(s) beyond the Safe Harbor Levels; you are responsible for passing that information along to your customers, employees, and/or the product retailer in compliance with Prop 65.According to our records, you have or are purchasing plastic materials that may contain un-reacted monomer chemical groups within their compounds that are listed as possibly being beyond the Safe Harbor Levels, under California Prop 65. These monomers have now polymerized into stabilized polymer chains that may still contain trace amounts of monomer chemical groups that may or may not be below Safe Harbor Levels.Any questions or concerns may be directed to the email address below.
- [Circuit Mfg Products](https://polymerplastics.com/index-circuit/): STAT-VAC is a line of conductive vacuum hoses engineered as a direct replacement for Excellon and most other CNC drilling and routing equip.
- [Products](https://polymerplastics.com/products/)
- [Privacy Policy](https://polymerplastics.com/privacy-policy/): It is Polymer Plastics Company, LLC’s policy to respect your privacy regarding any information we may collect while operating our website. This Privacy Policy applies to https://www.delitowneusa.com (hereinafter, “us”, “we”, or “https://www.delitowneusa.com”). We respect your privacy and are committed to protecting personally identifiable information you may provide us through the Website. We have adopted this privacy policy (“Privacy Policy”) to explain what information may be collected on our Website, how we use this information, and under what circumstances we may disclose the information to third parties. This Privacy Policy applies only to information we collect through the Website and does not apply to our collection of information from other sources.
- [Trade & Generic Names](https://polymerplastics.com/trade-gen-names/): TRADE & GENERIC NAMES Click on the links below to view or download pdfs of Trade & Generic Names. Trade Names Page 1 View Online → Download
- [Material Safety Data Sheet](https://polymerplastics.com/msds/): Material Safety Data Sheet Polymer Plastics is dedicated to helping you meet your needs for high quality plastic products. 3M Heat Shrink Tubing Material Safety Data Sheet View Online → Download ABS Material Safety Data Sheet View Online → Download Acetate Material Safety Data Sheet View Online → Download Acrylic Material Safety Data Sheet View Online → Download Black Pipe Grade HD Polyethylene Material Safety Data Sheet View Online → Download Borated 2% Polyethylene Material Safety Data Sheet View Online → Download Borated 5% Polyethylene Material Safety Data Sheet View Online → Download Cellulose Acetate Butyrate ‘CAB’ Material Safety Data Sheet View Online → Download Canvas Phenolic Material Safety Data Sheet View Online → Download CDM Material Safety Data Sheet View Online → Download Cooper Clad Material Safety Data Sheet View Online → Download CPVC Material Safety Data Sheet View Online → Download Delrin-Acetal Material Safety Data Sheet View Online → Download Floropolymer Material Safety Data Sheet View Online → Download G-7 Material Safety Data Sheet View Online → Download G-10 Material Safety Data Sheet View Online → Download G-11 Material Safety Data Sheet View Online → Download G5 G9 Material Safety Data Sheet View Online → Download GPO Glass Polyester Material Safety Data Sheet View Online → Download HDPE Polyethylene Material Safety Data Sheet View Online → Download HT-440 Material Safety Data Sheet View Online → Download Hydex Material Safety Data Sheet View Online → Download KEL-F Material Safety Data Sheet View Online → Download Kynar Material Safety Data Sheet View Online → Download LDPE Polyethylene Material Safety Data Sheet View Online → Download Linen Phenolic Material Safety Data Shee View Online → Download Macor Material Safety Data Sheet View Online → Download Mylar® Polyester Material Safety Data Sheet View Online → Download Nomex Material Safety Data Sheet View Online → Download Noryl Material Safety Data Sheet View Online → Download Nylatron Material Safety Data Sheet View Online → Download Nylon Material Safety Data Sheet View Online → Download Paper Phenolic Material Safety Data Sheet View Online → Download PCTFE Material Safety Data Sheet View Online → Download Peek Material Safety Data Sheet View Online → Download PETG —– Transtest Material Safety Data Sheet View Online → Download Polyarylsulfone Radal Safety Data Sheet View Online → Download Polycarbonate Material Safety Data Sheet View Online → Download Polyester Films Material Safety Data Sheet View Online → Download Polyolefin Material Safety Data Sheet View Online → Download Polyolefin Heat-Shrinking Tubing Material Safety Data Sheet View Online → Download Polypropylene Material Safety Data Sheet View Online → Download Polysulfone Material Safety Data Sheet View Online → Download Polyurethane Material Safety Data Sheet View Online → Download Polyurethane Foam Material Safety Data Sheet View Online → Download PVC Material Safety Data Sheet View Online → Download PVC Type 2 Material Safety Data Sheet View Online → Download PVDF Material Safety Data Sheet View Online → Download Radal Polyarylsulfone Material Safety Data Sheet View Online → Download Rexolite Material Safety Data Sheet View Online → Download Riser Plates Material Safety Data Sheet View Online → Download SG-200 Material Safety Data Sheet View Online → Download Styrene Material Safety Data Sheet View Online → Download Teflon-ETFE Material Safety Data Sheet View Online → Download Teflon-FEP Material Safety Data Sheet View Online → Download Teflon-PFA Material Safety Data Sheet View Online → Download Teflon-PTFE Material Safety Data Sheet View Online → Download Tezel Material Safety Data Sheet View Online → Download Torlon Material Safety Data Sheet View Online → Download Trans-Check Material Safety Data Sheet View Online → Download Transview Material Safety Data Sheet View Online → Download Turcite A Material Safety Data Sheet View Online → Download Turcite X Material Safety Data Sheet View Online → Download UHMW Material Safety Data Sheet View Online → Download Ultem Material Safety Data Sheet View Online → Download VHMW-PE Material Safety Data Sheet View Online → Download Vulcanex Material Safety Data Sheet View Online → Download Zytel Nylon 6–12 Material Safety Data Sheet View Online → Download Zytel Nylon 6–6 Material Safety Data Sheet View Online → Download
- [Environmental Issues](https://polymerplastics.com/environmental-issues/): Many people find it surprising that plastics can be the most environmentally friendly choice, but it's something IAPD members have known for years.

## ElementsKit items
- [dynamic-content-megamenu-menuitem7761](https://polymerplastics.com/elementskit-content/dynamic-content-megamenu-menuitem7761/)

## Downloads
- [Trade Names B](https://polymerplastics.com/download/trade-names-b/): View Online →
- [Trade Names A](https://polymerplastics.com/download/trade-names-a/): View Online →
- [Degreasing / Sanding](https://polymerplastics.com/download/degreasing-sanding/): View Online →
- [Milling & Routing (cont’d) / Shaping / Punching, Shearing, Blanking / Use of Lubricant /](https://polymerplastics.com/download/milling-routing-contd-shaping-punching-shearing-blanking-use-of-lubricant/): View Online →
- [Drilling, Tapping & Threading (cont’d) / Sawing / Turning / Milling & Routing](https://polymerplastics.com/download/drilling-tapping-threading-contd-sawing-turning-milling-routing/): View Online →
- [Drilling, Tapping & Threading](https://polymerplastics.com/download/drilling-tapping-threading/): View Online →
- [Milling (cont’d)](https://polymerplastics.com/download/milling-contd/): View Online →
- [Tapping / Reaming / Sawing / Centerless Grinding / Milling](https://polymerplastics.com/download/tapping-reaming-sawing-centerless-grinding-milling/): View Online →
- [Turning (cont’d) / Drilling / Threading](https://polymerplastics.com/download/turning-contd-drilling-threading/): View Online →
- [Thermal Expansion and Tolerances (cont’d) / General Machining Factors / Turning](https://polymerplastics.com/download/thermal-expansion-and-tolerances-contd-general-machining-factors-turning/): View Online →
- [Thermal Expansion and Tolerances](https://polymerplastics.com/download/thermal-expansion-and-tolerances/): View Online →
- [Tapping, Threading (cont’d) / Coolants / Automatic Threading](https://polymerplastics.com/download/tapping-threading-contd-coolants-automatic-threading/): View Online →
- [Shearing / Sawing / Tapping, Threading](https://polymerplastics.com/download/shearing-sawing-tapping-threading/): View Online →
- [Clamping / Coolants / Blanking, Piercing](https://polymerplastics.com/download/clamping-coolants-blanking-piercing/): View Online →
- [Turning, Milling, Boring (cont’d) / Cut-Off](https://polymerplastics.com/download/turning-milling-boring-contd-cut-off/): View Online →
- [Drilling Large Diameter Nylon / Drilling Procedure / Reaming / Turning, Milling, Boring](https://polymerplastics.com/download/drilling-large-diameter-nylon-drilling-procedure-reaming-turning-milling-boring/): View Online →
- [Drill Design](https://polymerplastics.com/download/drill-design/): View Online →
- [Transparents Properties Chart](https://polymerplastics.com/download/transparents-properties-chart-pdf/): View Online →
- [Performance Properties Chart](https://polymerplastics.com/download/performance-properties-chart-pdf/): View Online →
- [Mechanical Properties Chart](https://polymerplastics.com/download/mechanical-properties-chart/): View Online →
- [Forming Grade Properties Chart](https://polymerplastics.com/download/forming-grade-properties-chart-pdf/): View Online →
- [Fluoroplastics Properties Chart](https://polymerplastics.com/download/fluoroplastics-properties-chart-pdf/): View Online →
- [Corrosion Resistant Properties Chart](https://polymerplastics.com/download/corrosion-resistant-properties-chart-pdf/): View Online →
- [Composite Properties Chart](https://polymerplastics.com/download/composite-properties-chart-pdf/): View Online →
- [Vespel Data Sheet](https://polymerplastics.com/download/vespel-data-sheet/): View Online →
- [Ultem Data Sheet](https://polymerplastics.com/download/ultem-data-sheet/): View Online →
- [UHMW Data Sheet](https://polymerplastics.com/download/uhmw-data-sheet/): View Online →
- [Turcite A Data Sheet](https://polymerplastics.com/download/turcite-a-data-sheet/): View Online →
- [Torlon Data Sheet](https://polymerplastics.com/download/torlon-data-sheet/): View Online →
- [SG-200 Data Sheet](https://polymerplastics.com/download/sg-200-data-sheet/): View Online →
- [Ryton PPS Data Sheet](https://polymerplastics.com/download/ryton-pps-data-sheet/): View Online →
- [Rulon A Data Sheet](https://polymerplastics.com/download/rulon-a-data-sheet/): View Online →
- [Rexolite Data Sheet](https://polymerplastics.com/download/rexolite-data-sheet/): View Online →
- [Radal Polyarylsulfone Data Sheet](https://polymerplastics.com/download/radal-polyarylsulfone-data-sheet/): View Online →
- [PVDF Kynar Data Sheet](https://polymerplastics.com/download/pvdf-kynar-data-sheet/): View Online →
- [PVC Data Sheet](https://polymerplastics.com/download/pvc-data-sheet/): View Online →
- [PTFE PolyTeraFluoroEthylene Data Sheet](https://polymerplastics.com/download/ptfe-polyterafluoroethylene-data-sheet/): View Online →
- [PPS 0300PO Data Sheet](https://polymerplastics.com/download/pps-0300po-data-sheet/): View Online →
- [Polyurethane Data Sheet](https://polymerplastics.com/download/polyurethane-data-sheet/): View Online →
- [Polysulfone Data Sheet](https://polymerplastics.com/download/polysulfone-data-sheet/): View Online →
- [Polypropylene Data Sheet](https://polymerplastics.com/download/polypropylene-data-sheet/): View Online →
- [Polycarbonate or GE/Sabic Lexan Polycarbonate Data Sheet](https://polymerplastics.com/download/polycarbonate-or-ge-sabic-lexan-polycarbonate-data-sheet/): View Online →
- [Polyarylsulfone Radal Data Sheet](https://polymerplastics.com/download/polyarylsulfone-radal-data-sheet/): View Online →
- [PETG Data Sheet](https://polymerplastics.com/download/petg-data-sheet/): View Online →
- [PET Data Sheet](https://polymerplastics.com/download/pet-data-sheet/): View Online →
- [PES Data Sheet](https://polymerplastics.com/download/pes-data-sheet/): View Online →
- [PEEK Data Sheet](https://polymerplastics.com/download/peek-data-sheet/): View Online →
- [PCTFE Daikin AKA 3M KEL-F Data Sheet](https://polymerplastics.com/download/pctfe-daikin-aka-3m-kel-f-data-sheet/): View Online →
- [Paper Base Phenolic NEMA Grade XXX Data Sheet](https://polymerplastics.com/download/paper-base-phenolic-nema-grade-xxx-data-sheet/): View Online →
- [Paper Base Phenolic NEMA Grade XX Data Sheet](https://polymerplastics.com/download/paper-base-phenolic-nema-grade-xx-data-sheet/): View Online →

## Articles
- [Newsworthy Information](https://polymerplastics.com/articles/news-worthy-list/): A study was commissioned to examine the wear characteristics of six high performance engineering plastics currently used in tribological applications. The test consisted of a thrust bearing 3 x 3 grid High-PV wear test of each material, which was then extended through increased PV conditions until material failure for the survivors of the 3 x 3 grid.
- [Why Plastics Fail.. and What Can Be Done About It?](https://polymerplastics.com/articles/why-plastics-fail/): Plastics part failure is generally related to one of four key factors including Material Selection, Design, Process and Service Conditions.
- [HOW PLASTICS ARE MADE](https://polymerplastics.com/articles/how-plastics-are-made/): When compared to other materials, plastics have unique properties, causing them to contribute greatly to the quality of our everyday life. Plastics, properly applied, will perform functions at a cost other materials cannot match. Many natural plastics exist, such as shellac, rubber, asphalt and cellulose. However, it is man’s ability to synthetically create a broad range of materials demonstrating various useful properties that has further enhanced our lives. Plastics are used in our clothing, housing, automobiles, aircraft, packaging, electronics, signs, recreation items and medical implants, which are only a few of their many applications.
- [Articles About Plastics](https://polymerplastics.com/articles/articles-list/): It can be strong, lightweight, flexible, durable, sheer and environmentally friendly. Consider the variety of advantages plastics offer:

## Products
- [Cast Acrylic Tube](https://polymerplastics.com/transparent-plastics/cast-acrylic-tube/): Looking for a reliable, glass-like material without the fragility? Our premium Cast Acrylic Tubes offer exceptional optical clarity and outstanding performance under diverse environmental conditions. Whether for industrial use, architectural displays, or creative fabrication projects, this versatile tubing is engineered to last.
- [Butyrate Tubing](https://polymerplastics.com/transparent-plastics/butyrate-tubing-2/): Butyrate Tubing is a versatile transparent plastic tubing manufactured from high-quality Cellulose Acetate Butyrate (CAB). It combines exceptional optical clarity with excellent impact strength, making it an ideal solution for applications where visibility, durability, and lightweight performance are essential. Its smooth surface and attractive appearance also make it suitable for decorative and display applications.
- [X Paper Phenolic Rod](https://polymerplastics.com/laminates-and-composite-plastics/x-paper-phenolic-rod/)
- [X, XP, XPC Paper](https://polymerplastics.com/laminates-and-composite-plastics/composite-xpc/): What is X PAPER PHENOLIC?
- [XX Paper Phenolic Rod](https://polymerplastics.com/laminates-and-composite-plastics/xx-paper-phenolic-rod/)
- [XX, XXP Paper](https://polymerplastics.com/laminates-and-composite-plastics/xx-xxp-paper/): What is XX PAPER PHENOLIC?
- [Extruded Acrylic Profiles](https://polymerplastics.com/transparent-plastics/extruded-acrylic-profiles/): What are Extruded Acrylic Profiles?
- [Clear Import Acrylic](https://polymerplastics.com/transparent-plastics/clear-import-acrylic/): What is Clear Import Acrylic?
- [XXX Paper Phenolic Rod](https://polymerplastics.com/laminates-and-composite-plastics/xxx-paper-phenolic-rod/): XXX Paper Phenolic Rod is a high-performance laminated insulating material manufactured by impregnating high-quality paper with phenolic resin under controlled heat and pressure conditions. These rods are widely recognized for their excellent electrical insulation properties, high mechanical strength, dimensional stability, and resistance to wear, making them suitable for demanding industrial and electrical applications.
- [Clear Polycast Acrylic Sheet](https://polymerplastics.com/transparent-plastics/clear-polycast-acrylic-sheet/): What is Clear Acrylic?
- [XXX, XXXP, XXXPC Paper](https://polymerplastics.com/laminates-and-composite-plastics/xxx-xxxp-xxxpc-paper/): What is XXX PAPER PHENOLIC?
- [Colored Acrylic](https://polymerplastics.com/transparent-plastics/colored-acrylic-sheets/): What is Colored Acrylic?
- [Extruded Acrylic Round Tubing](https://polymerplastics.com/transparent-plastics/extruded-acrylic-round-tubing/): What is Extruded Acrylic Round Tubing?
- [Extruded Acrylic Square Tubing](https://polymerplastics.com/transparent-plastics/extruded-acrylic-square-tubing/): What is Extruded Acrylic Square Tubing?
- [Polycarbonate Rod](https://polymerplastics.com/transparent-plastics/polycarbonate-rod-2/): What is Polycarbonate Rod?
- [CE Phenolic Rod](https://polymerplastics.com/laminates-and-composite-plastics/ce-phenolic-rod/)
- [C & CE Phenolic](https://polymerplastics.com/laminates-and-composite-plastics/c-ce-phenolic/): C & CE Phenolics are high pressure laminates with cotton canvas fabric as their base material. It is a strong, tough material suitable for gears and other applications requiring high impact strength. These grades are also suited for electrical applications which require greater toughness than provided by XX Paper. This grade is not recommended for primary insulation. CE is superior to C grade in applications requiring moisture resistance.
- [Polycarbonate Tubing](https://polymerplastics.com/transparent-plastics/polycarbonate-tubing/): What is Polycarbonate Tubing?
- [LE Phenolic Rod](https://polymerplastics.com/laminates-and-composite-plastics/le-phenolic-rod/)
- [L & LE Phenolic](https://polymerplastics.com/laminates-and-composite-plastics/l-le-phenolic/): What is L & LE PHENOLICS?
- [UVT Acrylic Ultraviolet Transmitting Rod](https://polymerplastics.com/transparent-plastics/uvt-acrylic-ultraviolet-transmitting-rod/): What is UVT Acrylic Ultraviolet Transmitting Rod?
- [G5/G9 Melamine Rod](https://polymerplastics.com/laminates-and-composite-plastics/g5-g9-melamine-rod/)
- [G-5/G-9 Melamine](https://polymerplastics.com/laminates-and-composite-plastics/g-5-g-9-melamine/): What is G-9 Material?
- [UVT Acrylic Ultraviolet Transmitting Sheet](https://polymerplastics.com/transparent-plastics/uvt-acrylic-ultraviolet-transmitting-sheet/): What is UVT Acrylic Ultraviolet Transmitting Sheet?
- [Butyrate Tubing](https://polymerplastics.com/transparent-plastics/butyrate-tubing/)
- [G10 FR-4 Rod](https://polymerplastics.com/laminates-and-composite-plastics/g10-fr-4-rod/)
- [G-10 FR-4 Epoxy](https://polymerplastics.com/laminates-and-composite-plastics/g-10-fr-4-epoxy/): What Is G10 Material
- [G-10/FR-4 Rolled and Molded Rod](https://polymerplastics.com/laminates-and-composite-plastics/g-10-fr-4-rolled-and-molded-rod/)
- [G-10 Rolled and Molded](https://polymerplastics.com/laminates-and-composite-plastics/g-10-rolled-and-molded/): What Is Rolled and Molded G-10 Rod
- [Butyrate Sheet](https://polymerplastics.com/transparent-plastics/butyrate-sheet/): Eastman UVEX Brand CAB Cellulose Acetate Butyrate Sheet is a highly impact-resistant plastic used for thermoforming a variety of OEM products for various applications. It qualifies as a Type I, Grade I material under the requirements of Standard Specification for Cellulose Acetate Butyrate Film and Sheeting for Fabricating and Forming (ASTM Designation: D2411-69).
- [UF Acrylic Ultraviolet Filtering](https://polymerplastics.com/transparent-plastics/uf-acrylic-ultraviolet-filtering/): UF formulated acrylic has the same general properties as clear sheet but provides increased transmission of ultraviolet light in wavelengths between 280 and 360 nanometers.
- [Poly II Acrylic](https://polymerplastics.com/transparent-plastics/poly-ii-acrylic/): What is Poly II Acrylic?
- [Clear Lexan Polycarbonate](https://polymerplastics.com/transparent-plastics/clear-lexan-polycarbonate/): Polycarbonate Lexan Sheet is one of the most widely known "plastics". Lexan Sheet with its unique combination of high impact strength, flame retardancy, and thermoformability makes it ideally suited for security applications. No other plastic can match Lexan's combination of light transmittance (clarity), and the ability to withstand extreme impact. In thicknesses of .118", Polycarbonate Lexan 9034 material will transmit 86% of the light. Polycarbonate Lexan 9034 is UV stabilized for short exposures, has a heat deflection temperature of 270 degrees F at 264 PSI, and has a smoke density rating less than 75. Polycarbonate Lexan 9034 sheet is engineered for window glazing as well as for sign applications. In addition to colorless (clear), Polycarbonate Lexan 9034 is available in solar gray #713 and bronze #5109 in thicknesses from .118" to .500".
- [Colored Lexan Polycarbonate](https://polymerplastics.com/transparent-plastics/colored-lexan-polycarbonate/): What is Lexan Polycarbonate?
- [Lexan Polycarbonate 9600 Flame Retardant Sheet](https://polymerplastics.com/transparent-plastics/lexan-polycarbonate-9600-flame-retardant-sheet/): We're sorry, but this product is not currently available to order online. Please contact us here and we will respond to your inquiry as soon as possible. Or, you can simply call us at (650)968-2212 or (775)856-7000 and talk to a sales representative.
- [Lexan Polycarbonate MR-10 Abrasion Resistant](https://polymerplastics.com/transparent-plastics/lexan-polycarbonate-mr-10-abrasion-resistant/): What is Lexan Polycarbonate MR-10?
- [PETG](https://polymerplastics.com/transparent-plastics/petg/): What is PETG?
- [Clear PVC](https://polymerplastics.com/transparent-plastics/clear-pvc/): What is Clear PVC?
- [UHMW Static-Dissipative](https://polymerplastics.com/electro-mechanical-plastics/uhmw-static-dissipative/): UHMW Static Dissipative is a polyethylene based conductive and static reduced material. This specially engineered plastic is perfect for applications where the static buildup of static electricity from the friction of materials over the surface of the plastic creates a problem. Applications include conveyor equipment, robotics, grain industry, and many other areas requiring the elimination of static electricity.
- [UHMW Rod](https://polymerplastics.com/electro-mechanical-plastics/uhmw-rod/): UHMW Rod is a premium engineering thermoplastic designed to deliver exceptional performance in applications involving abrasion, impact, sliding contact, and material handling. Manufactured from Ultra High Molecular Weight Polyethylene (UHMW-PE), these rods offer a unique combination of toughness, durability, and low friction characteristics that outperform many traditional engineering materials.
- [G11 Rod](https://polymerplastics.com/laminates-and-composite-plastics/g11-rod/): G11 Rod is a high-performance thermoset composite material engineered to deliver superior electrical insulation and mechanical strength under elevated temperature conditions. Manufactured by combining woven glass fabric with specially formulated epoxy resin systems, G11 Rod exhibits exceptional thermal stability and electrical performance compared to conventional insulating materials.
- [UHMW](https://polymerplastics.com/electro-mechanical-plastics/uhmw/): What is UHMW?
- [G-11 Epoxy](https://polymerplastics.com/laminates-and-composite-plastics/g-11-epoxy/): G-11 Epoxy Sheets are premium-grade thermoset composite laminates specifically designed for high-temperature electrical insulation and structural applications. Produced by combining multiple layers of woven fiberglass cloth with specially formulated epoxy resin systems, G-11 laminates deliver superior electrical, mechanical, and thermal performance compared to conventional insulation materials.
- [Rexolite Rod](https://polymerplastics.com/electro-mechanical-plastics/rexolite-rod/): Rexolite Rod is a high-performance thermoset plastic material specifically designed for applications requiring exceptional electrical properties and precision machining capabilities. Manufactured from cross-linked polystyrene, Rexolite provides one of the lowest dielectric constants and dissipation factors among engineering plastics, making it highly suitable for RF and microwave frequency applications.
- [SG-200](https://polymerplastics.com/laminates-and-composite-plastics/sg-200/): SG-200 Glass Epoxy Sheets are premium-grade composite laminates manufactured by combining woven fiberglass reinforcement with specially formulated epoxy resin systems. This construction provides an excellent balance of electrical insulation, mechanical durability, and thermal stability, making SG-200 a preferred material for critical industrial and electrical applications.
- [Rexolite](https://polymerplastics.com/electro-mechanical-plastics/rexolite/): Rexolite is a rigid, transparent insulating material made by an  irradiation cross-linking process. Rexolite is one of the best dielectric materials known with a dissipation factor 200 times better than nylon.
- [HT-440](https://polymerplastics.com/laminates-and-composite-plastics/ht-440/): What is HT-440 Material?
- [Polyurethane Rod](https://polymerplastics.com/electro-mechanical-plastics/polyurethane-rod/): Polyurethane Rod is a versatile engineering plastic and elastomeric material specifically designed for demanding industrial applications requiring superior wear performance and mechanical durability. Manufactured using high-quality polyurethane compounds, these rods combine the elasticity of rubber with the strength and toughness of engineering plastics.
- [CDM Delmat 68.650](https://polymerplastics.com/laminates-and-composite-plastics/cdm-delmat-68-650/): What is CDM Delmat 68.650 Material?
- [Polyurethane](https://polymerplastics.com/electro-mechanical-plastics/polyurethane/): What is Polyurethane?