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High Performance Engineered Plastics

High-Performance Engineered Plastics for Demanding Applications

Why Engineers Choose High-Performance Polymers

  • Perform at elevated temperatures
  • Resist aggressive chemicals
  • Reduce wear and friction
  • Replace metal to lower weight and corrosion
  • Extend service life
  • Reduce maintenance and downtime
  • Support regulated and critical applications

High-Performance Polymer Comparison

Each material offers distinct advantages, and grades and fillers are used to tune performance for specific applications.

PTFE PEEK PCTFE Polyimide
Max Temp -500°F -500°F -300°F 570-650°
Mechanical Strength Low Very High Medium High
Chemical Resistance Excellent Very Good Excellent Good
Wear Resistance Low Excellent Moderate Excellent
Gas Permeation High Medium Very Low Medium

Market Comparison

Dominant Polymers Typical Standards Key Benefits
Oil & Gas PTFE, PEEK, PCTFE, Polyimide NORSOK M‑710, BAM Chemical resistance, pressure, wide temperature range
Food & Beverage PTFE, PEEK FDA 21 CFR, EU 10/2011 Chemical resistance,metal detectable, food safe, no lubrication
Aerospace PTFE , PEEK, Polyimide AS9100 High temperature, fatigue resistance, weight reduction
Medical PTFE , PEEK, Polyimide FDA, USP Class VI, EU 10/2011 Biocompatibility, sterilization resistance
General Industrial PTFE, PEEK --- Balance of performance and cost
Robotics PTFE, PEEK, Polyimide Out-gassing, Clean Room Wear resistance, precision, low friction
Agriculture & Construction PTFE, PEEK --- Abrasion resistance, durability


Bearings & Bushings

Washers & Wear Rings

Spring Energized Seals

Valve Seat Inserts

Wear Pads

Diaphragms

PTFE PEEK PCTFE Polyimide
Injection Molding Thermoplastic Only
Extrusion Ram Only Limited
Compression Limited
Sintering
Machining
 
Rod
Tube
Sheet/Plate
Film/Tape Limited Limited
Billet