Νήμα 3D εκτύπωσης PLA Creality Hyper Carbon Ώχρα 1,75 mm 1 kg

Creality Hyper Carbon Ocker PLA 1.75 mm filament on a 1 kg spool is formulated for FDM desktop 3D printers and hobbyist workflows. This PLA material balances printability and surface detail, offering predictable extrusion, low tendency to warp and straightforward layer adhesion. The ocker color provides consistent, muted earthy tones suited to prototypes, display models and decorative parts where a neutral warm color is required.

Advantages

The filament prints reliably with standard PLA temperature settings, yielding good dimensional stability and limited shrinkage. Its 1.75 mm diameter is compatible with most consumer direct-drive and Bowden extruders. The spool is wound for smooth feeding and reduces tangling risk during long prints. Surface finish is matte to semi-matte, enabling post-processing such as light sanding or painting.

Suitable for

• Rapid prototyping and functional prototypes
• Scale models and display figures
• Decorative parts, home accessories and props
• Beginner and hobbyist printing projects

Key specifications

• Material: Polylactic Acid (PLA)
• Diameter: 1.75 mm
• Spool weight: 1 kg net filament
• Recommended nozzle diameter: 0.4 mm (typical)
• Surface finish: matte to semi-matte
• Color family: ocker / warm earthy tone

How to use

Load the filament into a compatible FDM printer with a 1.75 mm filament path. Set extrusion temperatures according to standard PLA ranges (typically 190–220 °C) and use a bed temperature of 0–60 °C depending on adhesion method; many prints adhere well to a clean glass or PEI surface with a light adhesion aid. Calibrate extrusion multiplier and print speed for your machine and nozzle; start with moderate speeds and adjust to reduce stringing or under-extrusion. Allow parts to cool gradually for improved dimensional accuracy.

Recommendations

Store the filament in a dry environment or sealed bag with desiccant to preserve print quality. For fine detail, use a well-calibrated 0.4 mm or smaller nozzle and lower layer heights; for stronger functional parts, increase extrusion width and use thicker layers. Avoid prolonged exposure to high humidity to prevent brittleness or poor layer bonding.