ABS Black Forshape Premium - 1.75mm - 2.3Kg

ABS Black filament Forshape 1.75mm

The ABS Black filament from Forshape is a high-grade ABS (acrylonitrile butadiene styrene) filament that can be used to print highly resistant 3D parts. The properties of this material enable it to produce 3D objects that are long-lasting and solid. ABS Black 1.75mm is lightweight and highly resistant to impact and deformation. It is also perfect for temperature resistance.

The ABS 1.75mm Black thread from Forshape will enable you to print 3D parts that you can post-process. Drill holes or sand your object. You can also easily smooth your parts with acetone.

Use of the ABS Black Forshape filament 1.75mm

This ABS Black Forshape filament with a diameter of 1.75mm is very often used in the professional sector. It is used in the design and manufacture of high-performance technical parts. Common applications for this material include rapid prototyping, shape validation and production parts.

The ABS Black Forshape filament gives a more matt appearance and finish than other materials. The ABS thread is therefore closer to the appearance of injected finished products. ABS Black 3D filament is widely used in 3D printing because it is so widely used in industry.

Product highlights ABS 1.75mm Black Forshape

High impact resistance: The ABS Black 1.75mm Forshape Premium filament offers very good resistance to impact and deformation.

Thermal resistance: ABS filament is naturally resistant to temperature and starts to change state at around 100°C.

Eco-friendly:ABS Forshape Black is sold wound on a cardboard spool that you can simply recycle after using the filament.

How do I printABS Forshape 1.75mm Black?

ABS Forshape Black is a filament compatible with all 3D printers equipped with a 1.75mm extrusion and compatible with the recommendations for use below.

This filament requires an extrusion temperature of between 240 and 260°C. A heating plate that will enable you to obtain a constant plate temperature of between 90 and 100°C. Finally, we strongly recommend that you use a 3D printer housing or a 3D printer with a closed enclosure. This will limit warping and increase the interlayer bonding of your part.