【3D Printing Applications】New Filament Review: 50x More Wear-Resistant!
Industrial parts need to withstand prolonged use, and material "wear resistance" is an important performance consideration. Ultimaker specifically conducted a 30-minute wear test on general PLA and IGUS IGLIDUR I150. The results were astonishing. Watch the video now:
Using two different filaments, general PLA and Iglidur I150, identical 3D printed objects were created. These were then fixed to a testing machine to simulate the friction experienced by 3D printed bearings, propellers, clamps, conveyor gears, etc., during use. The test ran for 30 minutes, mimicking real-world application environments.
Under high-speed friction, the surface of the object made with general PLA clearly showed debris and indentations. PLA is easy to print and low in cost, making it ideal for developing samples and creating prototypes; it can stably produce high-precision 3D models, but its wear resistance is not high.
Industrial parts typically require continuous operation day and night, and the wear rate directly affects work efficiency. The model made with IGUS®IGLIDUR I150 filament remained perfectly intact and smooth after the wear test!
Furthermore, TPU soft material is another common wear-resistant filament. Heineken, the beer company, extensively uses TPU to create fixtures; the soft, flexible material can withstand repeated impacts and compression, ensuring stable use even in complex production lines.
There is no absolute "best" or "worst" among 3D printing filaments; simply choosing the right material based on usage requirements and environmental conditions will achieve the best results. Purchase the new IGUS®IGLIDUR I150 filament here! Did you enjoy this sharing? Contact us immediately for more detailed information. We don't just offer 3D printing, but also various other application methods ready to serve you.
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