Discover plastic materials with characteristics important to your application
Consider mechanical loads, aesthetics, and machinability when selecting a plastic. It’s important to identify friction and wear requirements, operating temperature ranges, and outdoor or chemical exposure.
Plastics that require repeated steam sterilization such as polysulfone, Ultem®, PPSU, and PEEK.
Plastic materials that are easy to shape using saws, routers, and other fabrication techniques.
Certain plastics have outstanding machining characteristics allowing for tight tolerances and excellent surface finish.
Many plastic sheet materials can be thermoformed. Some plastics such as ABS have excellent thermoforming characteristics.
HDPE, PP, PVC, and PVDF sheet are often assembled into tanks and benches via thermoplastic welding processes.
Architectural grades of acrylic and polycarbonate sheet, and SentryGlas® are ideal choices for many glazing applications.
Plastics such as PVDF and PPS have outstanding chemical resistance and are widely used in chemical processing applications.
Plastics for tight tolerance applications include those with low CTEs and low moisture absorption.
Some plastics (such as phenolic, Ultem®, PEEK) have high dielectric strength and are widely used for electrical applications.
A number of different plastic materials including UHMW, Nylon, and Vespel® can be used for friction and wear applications.
Plastics such as Nylon and Acetal have outstanding wear characteristics. Wear performance can be enhanced with additives.
Plastics materials such as acrylic and PVDF have good resistance to weathering and are suitable for outdoor applications.
PTFE tapes are used to line the contact surfaces of plastic heat sealing equipment to allow for aesthetically pleasing seals.
Plastics such as PEEK and PFA are often used for high purity applications where it’s important to prevent contamination.
Some plastics offer options to resist thermal degradation while maintaining sufficient strength at elevated temperatures.
PSU and PEEK resist hydrolysis and perform well in applications where hot water and steam resistance are required.
ABS and polycarbonate are extremely tough and are often used for applications where impact resistance is required.
Rigid plastic sheet materials, flexible materials, foams, and transfer papers for orthotic and prosthetic applications.
Different technologies are used to manufacture prototypes including machining and casting.
Plastics used for seals must be soft enough to conform to mating surfaces and have good creep resistance to prevent leaks.
PEEK and PET have exceptional stain resistance and are widely used in food processing and pharmaceutical equipment.
Advanced engineering plastics have outstanding strength and stiffness, which makes them good choices for many applications