Filament Fiberlogy ABS 1.75 mm Black, 850 g spool

Fiberlogy ABS 1.75 mm Black on an 850 g spool is a filament designed for FDM 3D printers. The material is ABS (acrylonitrile butadiene styrene), providing a balance of mechanical strength, heat resistance and dimensional stability. The filament is presented in a standard 1.75 mm diameter suitable for most hobbyist and professional extruders and is wound on an 850 g spool for extended print runs. It is intended for extrusion printing and performs best with a heated build platform and controlled cooling to minimise warping and layer delamination.

Advantages

ABS offers good impact resistance and stiffness compared with many common 3D printing materials, together with elevated temperature resistance that makes it suitable for parts exposed to moderate heat. The black color provides consistent visual uniformity for functional parts and housings. The 1.75 mm diameter ensures steady filament feeding in compatible extruders, while the 850 g spool gives sufficient material for larger prototypes or multiple smaller parts without frequent spool changes.

Suitable for

• Functional prototypes and mechanical parts
• Enclosures, housings and mounts
• Workshop jigs and fixtures
• Parts requiring elevated temperature resistance and dimensional stability

Key specifications

• Material: ABS (acrylonitrile butadiene styrene)
• Diameter: 1.75 mm
• Spool weight: 850 g
• Colour: Black
• Recommended printing: FDM/FFF extrusion
• Compatibility: Standard 1.75 mm extruders

How to use

Load the filament into a compatible 1.75 mm extruder and set the printer for ABS material. Use a heated bed (commonly 90–110 °C) and an extrusion temperature typically in the range recommended by the printer or material supplier for ABS; adjust temperature based on observed adhesion and layer bonding. Enable controlled cooling or minimal part cooling to reduce warping; consider using an enclosed build chamber to maintain a stable ambient temperature. Ensure the build surface is prepared for ABS adhesion (e.g., suitable adhesives, PEI sheet, or textured surfaces) and perform calibration prints to fine-tune retraction and flow settings.

Usage recommendations

For best results, print with a heated bed and, where possible, an enclosed or temperature-controlled chamber to reduce warping. Use appropriate bed adhesion methods and adjust extrusion/retraction settings according to printer behaviour. Post-process parts by sanding and acetone smoothing if a smoother finish is required; follow safety guidelines for any chemical treatments and work in a ventilated area.