【3D Printing Applications】New Filament Review: 50x Wear Resistance!
Industrial parts need to withstand long periods of use, and material "wear resistance" is an important performance consideration. Ultimaker conducted a 30-minute wear resistance test specifically on standard PLA and IGUS IGLIDUR I150. The results were incredibly surprising. Watch the video now:
Identical 3D printed objects were made using two different filaments: standard PLA and Iglidur I150. These were then fixed onto a testing machine to simulate the friction endured by parts such as 3D printed bearings, propellers, clamps, and conveyor gears during use, for 30 minutes, mimicking real-world application environments.
Under high-speed friction, objects made with standard PLA clearly showed debris and indentations on the surface. PLA is easy to print and low-cost, making it very suitable for developing samples and creating prototypes; it can stably produce high-precision 3D models, but its wear resistance is not high.
Industrial parts usually require continuous operation day and night, and the wear rate directly affects work efficiency. Models made with IGUS®IGLIDER I150 filament remained intact and smooth on the surface after the wear resistance test!
Furthermore, TPU soft material is another common wear-resistant filament. Heineken, the beer company, extensively uses fixtures made of TPU. Its soft and elastic properties allow it to withstand repeated impacts and compression, ensuring stable use even in complex production lines.
There is no universally "best" 3D printing filament; choosing the right material based on usage requirements and environmental conditions will achieve the best results. Purchase the new IGUS®IGLIDER I150 filament here! Did you enjoy this sharing? Contact us immediately to learn more detailed information. We not only offer 3D printing but also many other application methods ready to serve you.
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