BLK. ABS+ 1.75mm 3kg
BLK. ABS+ 1.75mm 3kg
3D Printer Filament
ABS+ 1.75mm Black 3kg
Weight: 3kg
Colour: Black
Material: ABS+
Nozzle Temperature: 240°C - 250°C*
Bed Temperature: 80°C - 110°C
Diameter: 1.75mm ± 0.03mm
Print strong. Stay flat.
Our ABS+ filament blends the trusted performance of traditional ABS with a refined formulation engineered to reduce warping—without compromising strength or durability.
Perfect for printers with heated beds but no chamber, ABS+ delivers reliable results on enclosed or semi-open systems where standard ABS might struggle to stay stuck. Whether you're prototyping functional parts or producing high-strength end-use items, ABS+ makes printing easier without sacrificing mechanical performance.
Key Benefits:
✅ Low-warp formulation – minimises curling and cracking
✅ Same impact strength as traditional ABS
✅ Excellent heat resistance for mechanical applications
✅ Smooth surface finish with fine layer adhesion
✅ Ideal for enclosed and semi-enclosed printers
Recommended Settings:
Nozzle Temp: 240–260°C
Bed Temp: 90–110°C
Enclosure: Recommended but not essential
Cooling: Off or minimal for best layer adhesion
Filament Specs:
Diameter: 1.75 mm ±0.02 mm
Net Weight: 1kg spool
Material Composition: Modified ABS with proprietary low-warp additive
+ **Why Standard Print Co.? **
We aren't called Standard Print Co. for nothing. All our materials are made responsibly, to industry recognised standards. For more information, click here.
+ What is ABS used for?
An economical material solution for prototyping or manufacturing, with it's low cost, temperature resistance and high impact resistance, ABS+ is the go-to material choice for many when producing functional parts. Prototype via 3D printing before entering into full production in the very same material. Easily post-processed, our ABS can be mechanically or chemically (vapour smoothed with acetone) treated to form a variety of surface finishes.
- Casings
- Prototypes
- End use parts
- Educational aids
- Crash test models
- Mechanical components
- Industrial tools, parts and jigs
+ How do I best print ABS?
For more information on how to get the best our of your Standard Print Co. , head over to our Beginners Guide to 3D Printing and download a free copy of our printing guide.
+ Can I print this with my 3D printer?
** Hardware Requirements **
|  | **Heated Bed**: Yes **Enclosure:** Yes |  | **Hardened Nozzles: ** Not Required |  |
**Adhesion Aids:**
Not Required |
 | **Part Cooling Fan:** No |
+ **Do you offer ABS in 2.85mm diameter filament? **
Yes, 2.85mm ABS is available but on a made to order basis. If you're after ABS+ in 2.85mm, please get in touch with us via the chat button on the bottom right hand corner of your screen. Minimum order quantities of 50kg apply.
PRINTING PARAMETERS
Print Speed: 20 - 60 mm/s
Printing Temperature: 240 - 250°C
Build Bed Temperature: 80 - 110°C
Retraction Speed: 20 - 50 mm/s
Retraction Distance: 3 - 10 mm
Cooling Fan: No
Filament Type: ABS+
Printer Type: Cartesian/Delta
Extruder Type: Direct Drive/Bowden Tube
Layer Height: 0.1 - 0.3mm
Fill Density: 0 - 100%
Shell Thickness: >0.6mm
*Not all 3D printers are the same. This makes giving temperature advice difficult. Consider the suggested printing temperature as a starting point to be fine tuned as you experiment and print with our material. Don't be afraid to go above or below our suggested temperatures if it results in better quality prints. For more information on how to get the best our of your STANDARD PRINT CO. ABS Filament, head over to our 3D Printing Beginners Guide and download a free copy of our 3D printing guide.
Need help getting the best out of your STANDARD PRINT CO. filament?
What are the best settings for printing in ASA? Find out in our Quick Start Guide which contains the best settings AND explanations for printing in ASA.
What are the best settings for printing in PETG? Find out in our Quick Start Guide which contains the best settings AND explanations for printing in PETG.
What are the best settings for 3D printing in HIPS? Find out in our Quick Start Guide which contains the best settings AND explanations for printing in HIPS.