Rosa3D Filament PLA Mocha Mousse brown 1kg refill

PLA Starter filament by Rosa3D was created for beginners of 3D printing. The simplicity of printing with our PLA Starter will allow you to enjoy aesthetic prints, and over time will convince you to print more and more complex and demanding projects. The PLA Starter filament is available in a wide range of colors. PLA Starter is characterized by low shrinkage and no unpleasant odor. Printouts from PLA Starter are characterized by excellent layer adhesion and very good detail reproduction. The filament is made of a biodegradable biopolymer. It was made of ingredients approved for contact with food. In the case of products that come into contact with food, certification is the responsibility of the manufacturer of the final product. Mocha Mousse has been chosen as the 2025 Color of the Year by the Pantone Institute, an organization dedicated to analyzing and forecasting global color trends. The versatility of the brown palette allows it to seamlessly complement any style. Depending on how we pair the 2025 Color of the Year, we can achieve a variety of effects—from soft, serene combinations to bold, dynamic contrasts. The gentle Mocha Moose shades harmonize beautifully with earthy tones, muted grays, off-white, and green. Browns also pair exceptionally well with natural materials like wood and wicker. Meanwhile, beige creates an intriguing look alongside glossy gold and copper accents. Printable model for refill spool sides you can download here: Recommended printing parameters: extrusion temperature 185-225°C bed temperature: 40-60°C fan: 50-100% print speed: 60-80 mm/s The filament can be printed on unheated tables. In case of problems with adhesion, we recommend the use of an adhesive. PRODUCT PARAMETERS Color: Mocha Mousse Diameter: 1.75 mm Weight: 1000 g (vacuum packed) refill packing without plastic spool Density: 1.24 g/cm3 Odor: odorless Heat deformation temperature: 55°C (ASTM E2092) Diameter tolerance: +/- 0,05 Oval tolerance: +/- 0,05 Tensile elongation: 6 % Tensile strength (to break): 53 MPa