Overview
Thanks to low-cost microprocessors, Internet filesharing and more, additive manufacturing (often referred to as 3D printing) is gaining rapid adoption in many areas of production and promises to be the transformative technology driving the new industrial revolution. Polymer is one of the most widely used materials in 3D printing, and its molding process is very different from traditional manufacturing methods, which poses a challenge to the development of new materials. Polycarbonate is the second largest engineering plastic in the world, with excellent mechanical, heat resistance, optical, and other properties, and is widely used in electronic and electrical, automotive, construction, and other fields. Its application in 3D printing has the problem of warping easily. The 3D printing developed by the Shanghai Institute solves the warping problem with PC-based wire alloy and has entered the stage of scale-up preparation and trial.
PC-based wire for 3D printing
Pc-based wire modulus is high, printing smooth, printing parts are easy to assemble, a total of three kinds of wire. It also has the following characteristics:
Low warpage high transparent PC-based wire:
Product curvature ≤ 0.2m'.
Transmittance ≥88%.
Low warpage High impact PC-based Wire:
Product curvature ≤ 0.2m'.
Impact strength ≥40 kJ/m'.
Low warping PC/ABS Wire:
Product curvature ≤ 0.2m '.
Impact strength ≥10 kJ/m'.
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