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Grey abs+ filament 1.75 is a straightforward option when you don’t want color to distract from the actual part. It’s neutral, easy on the eyes, and works well for projects where the focus is on function rather than appearance.
This spool contains 750 g of filament, which comes out to roughly 300 meters. The diameter is 1.75 mm, so it fits most standard FDM printers without any special adjustments.
ABS+ is commonly used for brackets, enclosures, mounts, and other parts that need stable and predictable results.
Abs+ filament grey makes edges, layer lines, and small details more visible. Many makers choose grey abs+ filament for prototypes and functional parts where inspection matters.
A consistent abs+ filament 1.75 feeds smoothly and helps maintain steady extrusion. When material flow stays even, printed parts tend to keep their intended shape.
Because of that, grey abs+ filament 1.75 is often used for workshop tools, prototypes, and replacement parts.
A 750 g spool offers enough material for several prints while remaining convenient to handle.
Technical specifications
Technical data of the spool
Application
Like standard ABS, ABS+ filament can be used for the production of any cases and casings, both household appliances and medical or auto parts. Pipes and fittings, musical instruments, sports equipment, garden equipment, children's toys are also produced from it. In general, it is better to use ABS+ for solving engineering problems where the material must withstand dynamic loads.
Recommendations for use
Due to its properties, ABS+ can be used at higher print speeds than regular ABS. It also allows you to print models with larger size and volume. In this case, open printers can be used, because the material has excellent adhesion. You can also refuse to use the substrate. In addition, we recommend increasing the retraction (filament rollback) - this will help to obtain better print results. Compared to ABS, the material also has a higher melting point. However, in post-processing, both filaments are completely similar.