ELEGOO PC Filament transparent - High impact resistance, heat deflection 109C

ELEGOO PC Filament (transparent)

ELEGOO PC Filament is designed for demanding technical projects. It has excellent mechanical properties and high impact and load resistance, making it ideal for printing components such as gears, hooks, and protective housings. It is a material created for use where durability and reliability are important.

Ready for high temperatures

ELEGOO filament is distinguished by its very good resistance to high temperatures. It retains its properties even at temperatures reaching 107 C, does not deform, and does not lose its strength. This makes it the ideal choice for applications where printed components must operate in harsh, elevated temperatures.

Smooth printing and minimal deformation

The advanced PC material formula ensures smooth, stable filament flow and trouble-free extrusion without jams. ELEGOO filament significantly reduces warping, even with larger prints, which translates into high repeatability, better surface quality, and greater comfort when working with a 3D printer.

Dimensional stability under load

Thanks to its high resistance to heat transfer, ELEGOO filament guarantees excellent dimensional stability. Printed parts retain their shape and precision even under prolonged exposure to temperature and mechanical stress, which is crucial in functional applications.

Wide compatibility and ease of use

ELEGOO filament is compatible with most closed 3D printers, offering consistent extrusion and predictable results. It allows you to easily print durable, heat-resistant parts with an aesthetic finish for both professional projects and advanced hobbyists.

Specifications

• Manufacturer: Elegoo
• Model: 50.203.0543
• Color: Transparent
• Density: 1.20 g/cm³
• Heat deflection temperature: 109 °C
• Melting temperature: 228 °C
• Vicat softening temperature: 119 °C
• Tensile strength XY: 56 ± 2 MPa
• Flexural strength XY: 114 ± 5 MPa
• Elongation at break XY: 8.8 ± 1.9%
• Impact strength XY: 79.7 ± 3.2 kJ/m²
• Flexural modulus XY: 2728 ± 113 MPa