Aerospace
From landing gear components and window glazing to bushings, seals, tray tables and interior panels, performance plastics help aerospace manufacturers reduce weight without sacrificing safety or reliability. For end users, the biggest advantage is efficiency: high-performance polymers can reduce part weight by about 50% compared with aluminum, and every pound removed from an aircraft can reduce fuel use over its life. Longer-lasting, corrosion-resistant parts also mean less maintenance, fewer replacements and lower lifecycle emissions.
Agriculture
On the farm, performance plastics show up in irrigation parts, tanks, chutes, feed bins, seed boxes, bushings, skid plates and greenhouse panels. They help equipment run quieter, resist rust and chemicals, improve product flow and reduce the need for external lubrication. Sustainability benefits include longer-lasting machinery parts, recyclable materials, greenhouse panels that bring in up to 90% light while blocking 99.9% of harmful UV, and plastic mulch that can improve yield and water-use efficiency by 25%.
Alternative Energy
Performance plastics are essential in renewable energy systems, including solar collectors, wind turbine components, hydrogen equipment, geothermal systems, tanks, valves, fittings, bearings and electrical insulators. Their corrosion resistance, low weight and weatherability make equipment easier to install and more reliable over time. In wind energy, polymers and composites can save approximately 123 units of greenhouse gases for every unit emitted to make them, while long-lasting solar components can support panel lifespans of 25 years or more.
Automotive
Performance plastics are used throughout vehicles, from thermal and sound insulation to connectors, bearings, bushings, fluid lines, trunk liners, powertrain parts and electric vehicle charging stations. Although plastics and polymer composites make up more than half of a typical car by volume, they account for only about 10% of its weight. That matters because reducing vehicle weight by 10% can improve fuel economy by 5% to 7%, helping reduce fuel use, carbon emissions and wear on other vehicle systems.
Building & Construction
In buildings, performance plastics make it possible to design lighter, stronger and more energy-efficient spaces through skylights, glazing, greenhouses, sound barriers, partitions, insulation, piping, wiring jacketing and recycled plastic lumber. Polycarbonate can offer impact strength far beyond glass while remaining lighter and easier to fabricate. From insulation that saves many times the energy used to make it to recyclable PVC windows that can last up to 40 years, plastics can reduce energy demand, maintenance and material waste over a building’s lifetime.
Chemical
Chemical processing environments are tough on traditional materials, which is why performance plastics are used in tanks, fume hoods, ducting, pump and valve components, lab equipment, chemical containers and piping systems. The right plastics can be inert across the full pH range, helping prevent corrosion, contamination and costly maintenance. Lighter materials such as FRP can reduce installed weight compared with steel, while high-purity PVDF is non-leaching and suitable for ultrapure applications, helping facilities extend equipment life and reduce waste.
Electrical
Performance plastics help make electrical and electronic products safer, lighter and more durable in applications such as wire and cable insulation, circuit boards, connectors, conduits, arc shields, test fixtures and high-voltage housings. They can act as excellent insulators, or be engineered to be static dissipative or conductive when needed. They also support sustainability in energy-efficient products such as LEDs, which use 75% less energy and last up to 25 times longer than incandescent lighting, while durable housings and recyclable materials can extend product life.
Environmental
Performance plastics directly support environmental infrastructure in wastewater systems, drinking water flow control, landfill vent pipes, compost containers, trash truck components, pollution control equipment, solar systems, biofuel equipment and fuel cell manifolds. Their low weight, corrosion resistance and long service life help reduce transportation costs, installation energy and replacement waste. Recycling also matters: the document notes that one ton of recycled plastic can save thousands of kilowatt-hours of energy, barrels of oil, landfill space and significant material resources.
Fluid Handling
In fluid handling, performance plastics are used where purity, cleanliness and corrosion resistance are critical, including tubing, valves, manifolds, pumps, tanks, heat exchangers, filtration systems, HPLC components, food processing equipment and semiconductor fabrication systems. Smooth inner walls can help fluids move efficiently while reducing dead spots where contamination can build up. Thermoplastics can average a fraction of the weight of metals, cost less to install and, in pumps, valves and fittings, can deliver a useful life up to six times longer than metal.
Food & Beverage
Performance plastics help food and beverage processors keep production moving with conveyor parts, feed screws, guide rails, machine guards, rollers, gears, star wheels, wear strips, scraper blades and easy-to-clean cutting boards. Many grades meet food contact requirements and resist clean-in-place and sanitize-in-place chemicals. Sustainability benefits include lighter parts that can run with smaller motors, self-lubricating materials that eliminate extra lubrication, and real-world water savings: one bottling operation saved 95,000 gallons of water per year after converting components to dry-running performance plastics.
Heavy Equipment
Heavy equipment depends on durable materials for bushings, wear pads, sheaves, guides, rollers, liners, chutes, seals, outrigger pads, guards and glazing. Performance plastics can handle high loads while reducing weight, corrosion, noise and the need for lubrication. In sustainability terms, lighter parts improve fuel or battery efficiency, truck liners can withstand two times the wear of steel and four times the wear of aluminum, and self-lubricating wear parts can reduce lubricant wash-out that may otherwise enter soil and groundwater.
Life Sciences
Life sciences applications rely on performance plastics for laboratory tubing, seals, optics, dental and surgical instruments, prosthetics, diagnostic equipment and corrosion-resistant systems. Plastics can be traceable, biocompatible, sterilizable, lightweight, quiet and comfortable to handle. They also support greener labs: plastic bushings and linear bearings can run without wet lubricants, low-flow plastic aerators can save thousands of gallons of water per year, and quieter plastic bearings help reduce noise in highly automated laboratory environments.
Lumber
In lumber, sawmill, pulp and paper operations, performance plastics are used in saw tables, liners, rollers, sprockets, chain guides, bearings, bushings, chipper spouts, conveyor flights and paper processing components. These materials can reduce noise, improve flow, resist abrasion and protect mating metal parts. Sustainability advantages include cast nylon chain beds that require about 75% less lubrication, plastic sprockets that can be up to 50% lighter than steel, and structural plastic lumber that has kept hundreds of millions of pounds of plastic out of landfills.
Marine
Marine applications expose materials to saltwater, UV, fuel, weather and constant movement, which makes performance plastics useful for tanks, fuel lines, rod holders, bumpers, pulleys, bearings, decking, windows, seals and dock components. These plastics do not rot, splinter, corrode or delaminate like some traditional materials. Recycled HDPE plastic lumber has been used for long-life dock replacements, UHMW-PE has replaced steel in marine remotely operated vehicles at about one-eighth the weight, and synthetic teak can reduce pressure on endangered timber resources.
Material Handling
Moving products efficiently depends on low-friction, durable components such as bearings, wear pads, rollers, sheaves, guides, chute liners, sight guards, feed screws and star wheels. Performance plastics can reduce sticking, noise, vibration, corrosion and wear in demanding conveyor and bulk handling systems. UHMW can weigh one-eighth as much as steel while outlasting it three-to-one in many conveyor applications, which means less energy to move components, fewer replacement parts and lower waste over time.
Medical
Medical applications use performance plastics in surgical and dental instrument handles, orthopedic implants, pacemaker leads, endoscopic housings, sterilization trays, diagnostic equipment, dialysis housings, infusion devices, catheters and feeding tubes. Plastics support lightweight, ergonomic, sterilizable and antimicrobial designs that can improve comfort and reduce infection risks. Compared with heavier glass or metal alternatives, plastics can reduce transportation energy, manufacturing scrap and tool weight, while upcycled healthcare polymers such as PBT can reduce global warming impact, energy demand and water use.
Mining
Mining operations use performance plastics in grating, wear pads, conveyor components, chemical delivery systems, pump parts, truck bed liners, hopper liners, safety windows, chute liners and belt scrapers. These materials can reduce noise, improve worker safety, resist corrosion and reduce friction in abrasive environments. UHMW replacements have been shown to extend part life by three times or more, some linings can deliver 10 to 15 times the service life of metal, and plastic-based mine closure systems can be installed faster while reducing carbon footprint and equipment usage.
MRO Manufacturing
Maintenance, repair and operations teams use performance plastics for bushings, bearings, gears, rollers, sheaves, slide pads, sprockets, valve components, machine guards, wear strips, seals, gaskets and windows. For end users, the value is simple: the right plastic part can be lighter, quieter, corrosion resistant and easier to fabricate than metal. Longer service life directly supports sustainability by reducing replacements and waste, while UHMW can outlast mild or hardened steel by as much as 10 to 1 and nylon sheaves can extend steel cable life by up to 600%.
Oil & Gas
Oil and gas applications push materials through heat, pressure, chemicals, abrasion and remote operating conditions. Performance plastics are used in seals, back-up rings, valve seats, bushings, bearings, frac balls, electrical insulators, gaskets, sheaves, sight glasses, pipe supports, grating and stairs. Compared with steel, certain performance plastics can reduce weight by up to 70% and do not require sacrificial cathodic protection, while lighter sheaves, longer cable life and corrosion resistance reduce energy use, maintenance and replacement waste.
Pharmaceutical
Pharmaceutical operations rely on performance plastics for pill and tablet production, infusion devices, blister packaging, pouches, closures, droppers, bottles, vials, syringes and intravenous containers. These materials can be sterilized, machined to precise specifications, color coded, designed for tamper evidence and made to meet regulatory standards. Sustainability benefits include lightweight packaging, antimicrobial plastics that can reduce bacteria by up to 99.99%, and thinner label materials that can lower fossil material use, energy use, water use and greenhouse gas emissions without changing product performance.
Recreational
Performance plastics help make recreational spaces safer, more durable and more accessible in pools, snowmobiles, amusement rides, bowling alleys, hockey shielding, playgrounds, park furniture, waterslides, signage and skylights. They can resist weather, impact, UV, chemicals and breakage while reducing maintenance needs. Sustainability examples include synthetic turf that can save more than 500,000 gallons of water annually, playground equipment made with recovered-content plastic lumber, and roller coaster wheels that last longer and reduce discarded parts.
Security
Security applications use transparent and opaque performance plastics in bank windows, cashier glazing, courtroom shields, embassies, face shields, armored vehicles, riot shields, storm-resistant windows and protective barriers. Materials such as polycarbonate and acrylic can provide visibility while resisting impact and shattering. Their sustainability value comes from doing more with less material weight: multi-wall clear polycarbonate can weigh less than 25% of plywood for transport, while durable panels and protective equipment reduce replacement needs and improve safety.
Semiconductor
Semiconductor manufacturing requires ultra-clean, chemically resistant and electrically controlled materials for device test sockets, circuit boards, high-purity piping, chemical tanks, wafer handling parts, wet benches, vacuum wand tips, ultrapure water systems and waste transfer lines. Performance plastics can be non-leaching, static dissipative and resistant to aggressive process chemicals. They support sustainability through cleanroom recycling programs that have diverted more than 99% of manufacturing waste from landfills, reusable hygienic plastic pallets and materials that reduce contamination-related scrap.
Sign & Visual
Signs and visual displays use performance plastics for outdoor signage, LED signs, channel letters, menu boards, video walls, retail displays, ADA signage, wayfinding, safety signage and window graphics. These materials offer clarity, printability, UV resistance, weatherability, color stability and lightweight installation. Sustainability benefits include the use of recycled HDPE from milk jugs, LED signage that can save up to 80% in energy and last 8 to 10 times longer than older fluorescent lights, and long-life plastic signs with a lower footprint over time.
Transportation
Transportation systems use performance plastics in trains, buses, trucks, boats and RVs for glazing, bearings, bushings, liners, trays, seating, body panels, lighting covers, wear pads and truck liners. These materials help vehicles become lighter, quieter, safer and more durable. Plastic composite panels have reduced train weight by 25%, thermoplastics can reduce weight in public transit bus components by about 55%, and recycled plastic railroad ties can last far longer than treated wood while diverting material from landfills.
Wastewater
Performance plastics have been used in water and wastewater infrastructure for decades, including potable water systems, irrigation, aquaculture, chemical delivery, reclamation piping, plumbing, sewer systems, treatment equipment, desalination and grating. Their smooth, corrosion-resistant surfaces help reduce pumping costs, leaks and maintenance. PVC pipe can take four times less energy to manufacture than concrete pipe and 50% less than iron pipe, while recycled HDPE pipe can emit 52% less greenhouse gas than concrete and steel alternatives.