3D printing filament Fiberlogy ABS 1.75 mm 0.85 kg — White

Fiberlogy ABS 1.75 mm filament — White, 0.85 kg spool — is a standard-diameter ABS filament formulated for FFF/FDM 3D printers. Designed for users who need durable parts with improved impact resistance and elevated heat tolerance compared with common PLA materials, this ABS filament is supplied on a compact spool and intended for printing functional prototypes, mechanical components and models requiring stronger layer performance. Proper use with a heated build platform and ABS-appropriate print settings helps minimize warping and ensures consistent layer adhesion.

Advantages

This ABS filament offers a balance of mechanical strength and thermal resistance suitable for demanding prints. The 1.75 mm diameter provides broad compatibility with many desktop FFF/FDM extruders, while a 0.85 kg spool gives an intermediate material quantity for iterative prototyping or small production runs. The white color delivers a neutral surface that is easy to post-process, sand and paint. Manufacturer formulation targets stable extrusion and consistent diameter to reduce feeding issues and improve dimensional repeatability.

Suitable for

• Functional prototypes and mechanical parts requiring impact resistance
• Household components and fixtures exposed to higher temperatures
• Models intended for post-processing: sanding, priming and painting
• Small-batch production runs and engineering tests

Key specifications

• Filament type: ABS thermoplastic
• Diameter: 1.75 mm
• Spool weight: 0.85 kg (net filament weight)
• Color: White
• Compatibility: FFF/FDM 3D printers with 1.75 mm filament support
• Recommended build environment: heated bed to reduce warping

How to use

Load the 1.75 mm ABS filament into a compatible extruder and preheat the hot end and heated bed to temperatures appropriate for ABS printing. Use nozzle and bed temperatures consistent with your printer and filament manufacturer's guidelines, maintain good bed adhesion with an appropriate surface or adhesion aid, and enable enclosed or draft-free printing where possible to reduce cooling-related warping and layer delamination. Monitor the first layers to confirm proper extrusion and bed adhesion, and adjust flow or first-layer height if necessary. After printing, allow parts to cool gradually in a stable environment before removal to reduce internal stresses.

Usage recommendations

For best results, print with a heated bed and an enclosure if available, use a brim or raft to improve adhesion on larger footprints, and consider post-processing steps such as acetone vapor smoothing or sanding followed by primer and paint when a refined surface finish is required.