Made in Canada
by Materials Scientists & Engineers
STANDARD SHIPPING
Estimated delivery time: 7-10 days
Matter3D’s Performance Amide (Nylon) 6,6 is an engineering-grade material that is manufactured from a Matter3D proprietary formulation in Victoria, BC. Performance Amide 6,6 is an excellent choice for superior printability and high-performance. This material offers industrial-grade mechanical, thermal, and chemical resistance properties.
This material has been engineered to even print on stock machines. We tested this material on an bone-stock Ender 3 with fantastic results. 260°C Nozzle, 110°C Bed, absolutely zero fan, and a little bit of Elmer's glue.
Matter3D's Nylon 6,6 - series of filaments are great for 3d printed parts that require strength and durability. The performance series nylon is a versatile material that is characteristically flexible but also exceptionally tough, making it prefect for impact-resistant parts that require shock absorption.
Engineers, designers, and manufacturers turn to the Performance Amide series of filaments for their mechanical stability, low coefficient of friction, and natural chemical resistance. Compared to other Nylon materials, Matter3D’s Performance Amides offer the tuned properties for easier 3d printing without sacrificing aesthetics, quality, compatibility, reliability, or part-performance.
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Matter3D’s Performance Amide is precision extruded and immediately vacuum-sealed before shipping with desiccant for protection against moisture. This product is available in 1 kg spools (2.2 lbs) and can also be ordered on a 1kg Master Spool. Matter3D always recommends drying your filaments before use.
Any parts made with Matter3D’s Performance Amide can be heat treated (annealed) to improve the material's physical properties. To anneal a printed part, heat the part at 80 – 130 °C for up to 30 minutes by either submerging in hot water or by baking in an oven.
Matter3D's Filament stands out for its high speed printing, industry-leading tolerances, and excellent appearance. Experience the benefits of smooth and flawless prints with superior quality that exceeds expectations.
by Materials Scientists & Engineers
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