Exceptional Heat Resistance & Dimensional Stability
With a heat deflection temperature above 110°C and continuous use capability up to 120°C, PC maintains rigidity and precision even in high-temperature environments—ideal for automotive components, electronics housings, and thermal-resistant jigs.
Outstanding Impact Strength
Delivers extreme toughness and impact resistance—often referred to as “bulletproof plastic”—and remains ductile even at low temperatures. Perfect for safety guards, drone frames, and rugged functional prototypes.
High Rigidity & Mechanical Performance
Tensile strength of 60–70 MPa and high flexural modulus ensure printed parts are stiff, durable, and capable of withstanding demanding mechanical loads—making it a viable alternative to ABS or even metal in non-structural applications.
Optimized for Reliable Printing (Professional Setup Required)
Recommended settings: nozzle 260–300°C, bed 90–110°C. Must be printed in an enclosed, heated chamber to prevent warping and layer delamination. Highly hygroscopic—dry at 80°C for 6–8 hours before use.
Broad Industrial & Engineering Applications
Widely used for automotive headlight lenses, electrical insulators, mechanical gears, transparent protective covers, aerospace mockups, and end-use structural parts—establishing PC as a top-tier engineering filament for professional FDM printing.
