Additive/3D Printing

Advancing High-Temperature 3D Printing with igus iglide i230

April 3, 2024

This powder printing material is designed to withstand temperatures up to 110°C and protect against static discharge.

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Igus has launched iglide i230 3D printing material specifically designed for high-temperature applications. The new powder material, which is suitable for selective laser sintering (SLS), can endure temperatures up to 110°C, offering expanded possibilities for SLS-printed polymer components.

Traditional SLS printing materials like PA (nylon) 12 are typically limited to applications under 80°C due to softening under higher temperatures, such as in automotive engines. According to a company release, the iglide i230 material can withstand temperatures up to 110°C long term and momentarily tolerate 170°C without deformation, as demonstrated by tests conforming to DIN EN ISO 75 HDT-A and HDT-B standards.

Paul Gomer, 3D printing material developer at igus, said in the release that components made with the material show increased mechanical strength compared with PA 12, allowing for the same component strength while reducing weight and space in applications.

Key features of the new material include:

PTFE-free
Capable of withstanding pressures of 94 MPa during bending tests
Provide protection against electrostatic discharge
Integrates solid lubricants, eliminating the need for relubrication
Ensures low-friction, dry operation.

The iglide i230 materials is suitable for applications where PFAS-free materials with high mechanical strength and ESD properties up to 110°C are required. It is ideal for applications that demand better ear resistance and flexural strength compared with other iglide SLS materials.

Interested parties can become beta testers by requesting a sample at the igus website. The material is not recommended for applications that need higher wear resistance below 80°C, ESD properties up to 80°C, worm wheel applications, food-safe materials, high-elasticity components or temperatures that exceed 110°C long term.

About the Author

Sharon Spielman | Technical Editor, Machine Design

As Machine Design’s technical editor, Sharon Spielman produces content for the brand’s focus audience—design and multidisciplinary engineers. Her beat includes 3D printing/CAD; mechanical and motion systems, with an emphasis on pneumatics and linear motion; automation; robotics; and CNC machining.

Spielman has more than three decades of experience as a writer and editor for a range of B2B brands, including those that cover machine design; electrical design and manufacturing; interconnection technology; food and beverage manufacturing; process heating and cooling; finishing; and package converting.

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