Ultem 9085: The Timeless Super Polymer for Your Extreme Applications

Step into the beating heart of our Digital Factory, where today we bring to life a true protagonist of 3D printing: Ultem 9085. This super polymer stands out in the vast landscape of extreme applications, boasting a range of features that make it an unparalleled choice for various industrial challenges. Let’s delve into why Ultem 9085 continues to dominate the scene thanks to its incredible features.

Exceptional Impact Resistance:

One of its most prominent superpowers is its exceptional impact resistance. Ultem 9085 is designed to tackle tough situations without giving in, ensuring reliability in environments that demand robust and resilient materials.


Safety is a priority, and Ultem 9085 meets this need thanks to its self-extinguishing nature. In critical situations, this polymer self-extinguishes, minimizing the risks of fire propagation.

Chemical Resistance:

Facing chemical agents is a breeze for Ultem 9085. Its chemical resistance makes it suitable for a wide range of industrial environments, offering long-term durability even in the most challenging conditions.

Knowledge Powerhouse:

Our Digital Factory not only provides Ultem 9085 but also our accumulated know-how in the industry. Leveraging our experience, we maximize the potential of this super polymer, ensuring results that exceed expectations.

Versatility in Industry 4.0:

Ultem 9085 is more than just a 3D printed material; it is a response to the challenges of Industry 4.0. Its adaptability and performance make it ideal for advanced applications, helping redefine production and design standards.

In summary, Ultem 9085 goes beyond the concept of a 3D printed material; it is a reliable companion ready to face extreme scenarios. Whether you are creating prototypes for the aerospace industry or components for the automotive sector, Ultem 9085 offers uncompromising excellence. In our Digital Factory, we are ready to fully harness the potential of this super polymer to overcome your most demanding challenges.