New SLS Material for Chemical and Wear Resistance
New iglide powder material from igus is aimed at laser sintering of food-grade components that are self-lubricating, resilient, and resistant to a range of chemicals.
Chemical resistant, self-lubricating, resilient and food-contact approved: new iglide i10 powder for laser sintering from igus. (Photo: igus)
The latest 3D-printing material from is iglide i10, a powder for selective laser sintering (SLS) that is self-lubricating for wear resistance in moving mechanical components, and is also resistant to acids, bases, alcohols, greases and oils. The material also is said to be certified as meeting FDA specifications and EU Regulation 10/2011 for food contact. It is therefore suited to applications such as electroplating and food processing, according to igus.
What’s more, iglide i10 boasts high ductility and low moisture absorption, suiting it to functional industrial components with elastic properties.
igus will also offer the new material in its in-house custom 3D printing service. Customers can upload a STEP file online with a 3D model of the desired component and select the quantity and printing material. igus will then manufacture the custom components.
Related Content
-
5 Trends in 3D Printed Injection Mold Tooling
3D printing has moved beyond conformal cooling, and is now being applied to injection molds more broadly. Observations on additively manufactured mold tooling from the Plastics Technology Expo — PTXPO 2025.
-
How 3D Printing Supports Toolmaking Workforce at This Multiscale Molder
At more than a century old, General Pattern has seen multiple evolutions in its 大象传媒 — the latest of which is the embrace of additive manufacturing technologies for mold tooling and beyond.
-
420 Stainless Steel Now Qualified With TrueShape 3D Printing Technology
NPE2024: Mantle's additive manufacturing technology is designed for precision tooling.