Evonik’s polymer families—VESTAKEEP® PEEK, TROGAMID®, and VESTAMID®—enable reliable, scalable production across injection molding, extrusion, additive manufacturing, and advanced coating technologies.


Material families at a glance

MaterialKey propertiesMain processesTypical uses
VESTAKEEP® PEEKHigh‑temperature, chemical resistance, metal
replacement
Injection molding, extrusion, coatings, LS, CM
Aerospace, energy, tribology, electronics
TROGAMID®Transparency, toughness, chemical resistance
Injection molding, extrusion, blow molding
Optical parts, housings, fluid systems
VESTAMID®Versatile polyamides (PA12, PA610, PA612),
lightweight, durable
Injection molding, extrusion, LS, tubing
Automotive, industrial, tubing, connectors

Granules for molding and extrusion

  • Runs on equipment capable of up to 450 °C melt temperatures
  • Requires wear‑resistant screws and robust mold steels
  • Ideal for high‑load, high‑temperature components

Powders for coatings and additive manufacturing

  • Particle sizes tailored for coatings, laser sintering, and compression molding
  • Enables corrosion‑resistant coatings, functional LS parts, and precision semi‑finished goods

Injection molding

  • High optical clarity with low birefringence
  • Excellent chemical and stress‑crack resistance
  • Suitable for transparent housings, lenses, and fluid‑contact parts

Extrusion and blow molding

  • Produces clear profiles, films, and containers
  • Combines transparency with toughness and media resistance

Injection molding

  • Tough, lightweight, and resistant to fuels and oils
  • Wide processing window on standard equipment
  • Used for connectors, clips, housings, and dynamic components

Extrusion and tubing

  • Industry‑leading performance in fuel lines, pneumatic tubing, and cable sheathing
  • Flexible, chemically resistant, and durable
  • Select grades available as powders for laser sintering and specialty coatings

Process Support

  • Application development: Material selection and design guidance
  • Processing support: Optimization of molding, extrusion, and LS parameters
  • Scale‑up: From prototype to serial production