3D Printlife PLAyPHAb 1.75mm Black PLA/PHA Blend 3D Printer Filament, Dimensional Accuracy < +/- 0.05mm



3D Printlife’s PLAyPHAb PLA/PHA blend has been formulated to create a PLA upgrade that makes standard PLA much less brittle. PLAyPHAb is 100% biodegradable like PLA, but is comparable to ABS in terms of its pliability and ductile strength. PLAyPHAb has a higher UV and impact resistance than PLA, as well as increased flexibility, excellent layer adhesion, and it produces a glossy finish. It is less stringy than PLA during print-head travel, and removing support structures is almost trivial and can easily be removed by hand. PLAyPHAb’s added pliability makes it much easier to post process and it is even possible to drill holes in certain parts, which is a tremendous upgrade as drilling through PLA tends to cause parts to crack. The PLAyPHAb spool features the same Spooling as our Enviro ABS. The PLAyPHAb spool has 750 grams of filament wound onto a heavy recycled cardboard spool that is biodegradable, and bound with a recyclable tin end cap. The PLAyPHAb spool was designed for universal fit with most 3d printers in use worldwide. The spool includes both a cutout for viewing filament and dual puncture slots to secure filament when not in use. The flange can even rotate to in either direction to aid in securing the filament wherever it has been cut. Consumers can be confident that 3D Printlife’s PLAyPHAb spool will be compatible with their printer. PLAyPHAb is made in the USA with the highest quality materials and extrusion processes available. Every inch of PLAyPHAb filament is measured to ensure that it is within the strictest standards for quality, diameter, and ovality. PLAyPHAb uses high quality 100% virgin resins and colorants in filament manufacturing. Each spool of PLAyPHAb is carefully wound to exacting standards to minimizing crossovers and loopbacks that can lead to snags and snaps. Optimal print temp 210℃ – 250℃ with cooling fan, infill > 30%.

  • Increased Strength and Pliability over standard PLA
  • Higher UV and Impact Resistance than standard PLA
  • Remove Support Materials with Ease
  • 100% Biodegradable
  • Made in the USA