ROSA3D-ReFill PCTG Black 1.75mm 1kg

Filament ROSA3D-ReFill PCTG Black 1.75mm 1kg

Discover the power of PCTG – an advanced alternative to PET-G offering superior mechanical and visual properties.
Rosa3D ReFill PCTG Black filament combines enhanced impact resistance, higher thermal stability (up to 76°C), and excellent clarity—even in dark colors. Its exceptionally deep black shade makes it perfect for printing paintable models, modern decorative items, and durable everyday components.

This filament does not require a heated chamber, making it an excellent choice for hobbyists and users of open-frame 3D printers. It features easy printability, minimal shrinkage, and strong layer adhesion. PCTG is also more flexible than standard PET-G, allowing for the creation of prints that resist cracking and mechanical damage.

Applications:

• 3D printing models and prototypes – Ensures excellent detail quality and high resistance to mechanical stress, ideal for testing new designs.
• Conceptual projects – Allows the creation of durable and aesthetically pleasing prototypes with exceptional resilience.
• Covers and enclosures – Thanks to its impact resistance and durability against external factors, it is perfect for producing protective elements.
• Spare parts and tools – Designed for components requiring durability and reliability in challenging conditions.
• Wear-resistant parts – The reinforced structure ensures the long lifespan of components working in high-stress environments.

Technical Parameters:

• Compatible with the ReFill system – eco-friendly, designed for use with ROSA3D Masterspool
• Diameter: 1.75 mm, Net weight: 1 kg
• Printing temperature: 240–270°C, Bed temperature: 60–80°C
• Cooling fan: 0–60%, depending on model geometry
• Recommended drying: 60°C for 4 hours
• Smooth surface finish, excellent detail quality, and intense color

ECO Friendly!

The ReFill filament is part of an eco-friendly solution—supplied without a spool, allowing the use of a reusable MASTERSPOOL. The spool can be 3D printed using a design available on the manufacturer’s website. This approach is both environmentally friendly and more cost-effective than traditional filaments on disposable spools.