3D printing filament Intamsys PC 1103-0001 — polycarbonate 1.75 mm, 1 kg, white

Intamsys PC 1103-0001 is a 1 kg spool of white polycarbonate filament with a 1.75 mm diameter formulated for FDM/FFF 3D printers that support polycarbonate materials. The filament offers high strength, good impact resistance and elevated heat resistance, making it suitable for producing functional prototypes, mechanical parts and enclosures. The material is intended for use with printers capable of higher nozzle and build chamber temperatures and requires appropriate bed adhesion and drying procedures prior to printing.

Advantages

Polycarbonate filament provides a combination of mechanical strength and thermal stability that makes printed parts durable under load and resistant to deformation at elevated temperatures. The 1.75 mm filament diameter ensures compatibility with a wide range of desktop and industrial FDM printers. A neutral white color delivers a smooth, paintable surface and good contrast for post-processing and inspection.

Suitable for

• Functional prototypes and test parts
• Mechanical components such as gears, brackets and mounts
• Electronic enclosures and panels that require heat resistance
• Jigs, fixtures and tooling for manufacturing

Key specifications

• Material: polycarbonate (PC)
• Filament diameter: 1.75 mm
• Spool weight: 1 kg net filament
• Color: white
• Compatibility: FDM/FFF printers that accept polycarbonate filament

How to use

Load the 1.75 mm filament onto a compatible extruder and set printing temperatures according to your printer and nozzle specifications for polycarbonate. Typical nozzle temperatures for polycarbonate range higher than PLA or ABS and bed temperature and enclosure use may be required to reduce warping. Ensure the filament is dry before printing; if needed, dry the spool according to the manufacturer's recommended drying procedure. Use appropriate build plate adhesion methods such as specialty adhesives, PEI sheets or heated glass to improve first-layer bonding.

Usage recommendations

For best results, print polycarbonate in a controlled environment with a heated bed and, when possible, an enclosed build chamber. Calibrate extrusion and retraction settings to reduce stringing and improve dimensional accuracy. Post-process printed parts using common techniques for polycarbonate: annealing can improve thermal and mechanical properties, and sanding or solvent smoothing can refine surface finish where applicable.