Not all Polycarbonate filaments are equal and the most popular and easiest to use Polycarbonate materials are those that have been optimized for 3D printing. ![]() PC exhibits a moderate chemical resistance and excellent temperature resistance, with some grades softening between 145–150 ☌ (Glass Transition and Vicat temperature). PC is a rigid material offering fantastic stiffness, strength and heat resistance. Polycarbonate (PC) is an amorphous plastic which is made up of carbonate groups in its chemical structure. Advice in this guide is tailored towards printing grades of PC specifically optimize for 3D printing. Polymakers PolyLite™ PC and PolyMax™ PC filaments for example have been optimized to print at lower printing temperatures (250☌). ![]() Note: When it comes to 3D printing Polycarbonate, set up and settings may vary depending on the grade of PC. Polycarbonate (PC) offers excellent heat resistance and tensile strength for real world applications. One of the best engineering plastics available for 3D Printing, PC was previously considered a difficult material to print. With the rise of new grades of PC today polycarbonate is an accessible and popular 3D printing filament for both desktop and industrial users. This user guide was last updated - 1st April 2020 ![]() We have highlighted important topics with a star (*) so please don't feel intimidated as sections in this guide may not be relevant to everyone, - Matt Tyson, 3D Printing Solutions This article has been written to provide both printing and troubleshooting tips along with tips for post-printing processes like painting and support removal. Thankyou for taking the time to read our guide on 3D printing PC.
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