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ENGINEERING PLASTICS · APPLICATIONS
Material Performance for Demanding Industrial Applications.
Explore how PEEK, POM, PPS, PET and PVDF rods and sheets support precision machining, high temperatures, chemical exposure, insulation and wear.
PERFORMANCE PRIORITIES
01 Temperature
02 Chemical Resistance
03 Precision & Stability
04 Wear & Insulation
FROM STOCK SHAPE TO FINISHED COMPONENT
Material Selection Starts with the Working Environment.
Engineering plastic rods and sheets are semi-finished materials used to produce gears, bearings, seals, insulators, fixtures, guides, structural parts and other precision components.
The right material depends on temperature, load, friction, chemical exposure, moisture, electrical requirements, machining tolerances and regulatory needs.
ZERO supplies practical stock-shape options and material information for distributors and CNC machining companies serving these industries.
APPLICATION INDUSTRIES
Explore Engineering Plastics by Industry.
Each application page explains common performance requirements, typical components and relevant material families.
APPLICATION 01
Semiconductor
High-purity fixtures, wafer handling and precision equipment components.
APPLICATION 02
Automotive
Gears, bushings, seals, insulators and durable wear components.
APPLICATION 03
Chemical Processing
Pump, valve and process components exposed to aggressive media.
APPLICATION 04
Aerospace
Lightweight, high-performance components for demanding conditions.
MORE INDUSTRIES
Additional Application Environments.
08 · CNC MACHINING
CNC Machining
Consistent stock shapes for precision components.
Explore Application