Balena Filaflex
Balena.Filaflex is a next-generation fully circular 3D printing filament that merges Balena's BioCir®flex3D material with Recreus's renowned expertise in flexible 3D printing. Designed specifically for visionary, sustainability-focused 3D printing experts, this filament empowers creators to push the boundaries with circular, flexible materials.
- Shore hardness 80A
- DIN-certified 50-85% bio-based
- DIN-certified Industrially compostable (compliant with ASTM D6400-04 and EN 13432 standards)
- Compatible with direct extrusion systems
- High flexibility
- Highly durable
- Soft-touch
- 750 g
- 1.75 mm diameter
Balena.Filaflex combines Balena's BioCir®flex3D with Recreus's Filaflex, creating a revolutionary sustainable and flexible 3D printing filament. Engineered with a bio-based composition, this next-generation filament offers compostability and recyclability, aligning with a circular economy approach for conscientious creators. Balena.Filaflex is designed for a circular lifecycle, providing multiple end-of-life options that reduce environmental impact. By choosing Balena.Filaflex, you’re opting for a material that’s as mindful of its end as it is of its beginning, aligning with a future of sustainable, circular design. Available in a single format of:
- 750 g (net weight)
- 1.75 mm diameter
Applications
– Textile Parts & Accessories - Garments, Fabrics, Printed textiles, Bags, Earrings.
– Footwear - Soles, Insoles, Shoes, Sandals, Sneakers.
– Fashion Accessories - Bags, Jewelry, Belts, Wallets, Wearable tech accessories.
– Sports Accessories - Fitness bands, Grips, Equipment components, Headgear.
– Industry & Automotive - Buffers, Gaskets, Grips, Machine components Flexible panelling, Console components, Armrests, Door inserts.
- Printing temperature
- 195-205°C.
- Print speed
- 20 mm/s.
- Bed temperature
- 70-80°C.
- Layer fan
- 100%.
- Shore hardness
- 80A
- Important note
- The removal of the printed parts is best achieved at print bed temperature of approx. 60 °C. The 3D printed parameters were determined by using a PRUSA i3 MKS printer with direct drive, PEI surface, a 0.8 mm nozzle and layer height of 0.2 mm.
- Retraction Distance
- 0 mm
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