Creality ABS Filament 1.75 mm (Official FDM) – dimension accuracy ±0.03 mm, 2kg in Black+Black
Product description
What this ABS filament is for
Creality’s ABS filament for 1.75 mm FDM printers is aimed at you if you want tougher, more durable prints than you’d typically expect from more basic plastics. On paper, it’s the kind of material that makes sense for functional parts, especially when you care about impact resistance, wear resistance, and decent performance around heat.
It’s also framed as an “easier to live with” ABS: lower stringing and warping issues are mentioned under optimal settings, and the manufacturer highlights interlayer adhesion improvements to help with layer bonding. If you’ve ever fought with ABS peeling away from the bed, this is the sort of spec set that’s trying to make that story less painful.
The essentials
This is 1.75 mm ABS filament supplied as a vacuum-packed, sealed bag with desiccant. The intent is simple: keep the filament in better condition before it reaches your printer. The entry also mentions no tangles, no bubbles, and no clogs, alongside smooth extrusion and good adhesion.
A useful buying angle here is that ABS can be a bit more demanding than some “plug-and-play” filaments. This one is positioned for closed FDM printers, with a note that open FDM printers need an enclosure during use.
Key specifications (what to check before you buy)
- Material: ABS filament (1.75 mm)
- Dimensional accuracy: ±0.03 mm
- Extrusion / nozzle temperature: 220–260°C
- Build plate / platform temperature: 90–110°C
- Printing speed: 40 mm/s – 80 mm/s
- Tensile strength: 43 MPa
One limitation to keep in mind: the guidance is temperature and speed dependent. If your printer setup can’t hit those ranges reliably, you may struggle to get the benefits the product is promising.
What matters most in everyday printing
Where this filament looks strongest is in practical print outcomes that you can feel after the model is finished. The description points to impact strength and wear resistance, plus easier post-production and painting. That combination tends to matter when you’re producing parts you’ll handle, mount, or polish rather than purely display.
For a quick, realistic micro-example: say you’re printing a durable housing or a protective cover that needs to survive knocks. With ABS, you’d normally expect better toughness than many softer plastics—here, the pitch is that it’s engineered for that kind of everyday durability.
It also mentions ABS performance aimed at overhangs, which is relevant if your models include brackets, lips, or angled structures. Still, overhang results depend heavily on your profile and cooling, so don’t assume every overhang will look flawless straight away.
Where it shines (and where it may fall short)
If you want ABS for functional parts and you’re comfortable tuning an FDM printer, this looks like it could be a sensible choice. The “treated with low VOC” note is also a factor if you’re trying to be a bit more mindful than with ordinary ABS materials—though ventilation still remains sensible for any plastic printing.
On the other hand, it may not be the best route if you need a super low-effort filament. ABS is commonly associated with warping risks, and while the entry claims reduced shrinkage and lower warpage, it still comes with enclosure guidance for open-frame printers.
So, it’s not a miracle fix. It’s more “a more practical ABS approach” than “no-fuss ABS”.
Compatibility & requirements
This filament is described as compatible with closed FDM 3D printers. If you’re using an open FDM printer, the entry specifically says it needs an enclosure during use.
Also, confirm your machine is set for 1.75 mm filament. If your printer runs a different filament size, this won’t be the right match.
FAQ
Is it mainly for functional parts?
Yes—based on the description, it’s positioned for durable, functional components and items where impact and wear resistance matter.
Do I need an enclosure for an open printer?
The entry says open FDM printers need an enclosure when in use, so it’s worth planning for that if your setup is open-frame.
How does it aim to reduce tangles and clogging?
The listing mentions vacuum packaging and desiccant, plus “no tangles, no bubbles, and no clogs”. It also advises inserting the filament end into spool holes after use.
What temperature range should I expect to use?
The stated nozzle temperature is 220–260°C and the platform is 90–110°C. Printing speed is listed as 40 mm/s – 80 mm/s.
Should you buy it?
When it makes sense
It’s a good fit if you’re after ABS for parts that need toughness, impact resistance, and decent adhesion between layers—particularly if your printer can run the listed temperature range and you can use (or already have) an enclosure.
When you may want to skip it
You may want to skip it if you’re looking for an ultra-low-maintenance filament, you don’t want to handle ABS-style setup requirements, or you’re on an open printer without a proper enclosure.
If you prioritise dimensional consistency (±0.03 mm is stated) and stable extrusion with an eye on overhang performance, this is worth considering—just be realistic that results depend on your settings and printer environment.