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11-20-2013

New 3D Printing Material Ultem 9085

Advanced Long-Term Heat and Flame Resistance

Ultem 9085 Black or Tan is ideal for applications in interior components and ductwork for aerospace (figure: Materialise)

Ultem 9085 Black or Tan is ideal for applications in interior components and ductwork for aerospace (figure: Materialise)

Materialise, Leuven, Belgium, launched a new heat-resistant material for 3D printing: Ultem 9085. With its advanced long-term heat and flame resistance, Ultem 9085 provides a new option in durable Fusion Deposition Modeling materials to industries such as automotive and aerospace manufacturing where parts need to withstand prolonged heat exposure.

A major challenge of engineering parts manufacturing is the ability to develop pieces that are able to withstand long-term exposure to elevated temperatures with low ignition risk. Now available in tan and black, Ultem 9085 features include:

  • UL 94-V0 certified
  • Glass transition temperature of 186°C
  • High LOI (limiting oxygen index), making it exceptionally difficult to ignite
  • Limited smoke production
  • Low-toxicity combustion products
  • Flexural strength of 115 mPa

As one of the strongest 3D printing materials Materalise offers, Ultem 9085 is ideal for applications in components that need UL 94-V0 certification, interior components and ductwork for aerospace, under-the-hood automotive parts, safety for critical components in machines and devices, and manufacturing tools (jigs, fixtures, tooling).

Company profile

Materialise

Technologielaan 15
BE 3001 LEUVEN
Tel.: +32 16 396611
Fax: +32 16 396600

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