Scale up your industrial manufacturing and large-format 3D printing with Push Plastic ABS Filament (1.75mm, 5kg Spool). ABS (Acrylonitrile Butadiene Styrene) remains a staple engineering thermoplastic for producing tough, impact-resistant, and heat-tolerant functional parts. This bulk 5kg spool is engineered specifically for high-volume production, significantly reducing spool-swap downtime during extended print jobs.
Push Plastic ABS offers higher tensile strength, superior flexural endurance, and greater thermal resistance compared to standard PLA. Built for versatile post-processing, prints made with this material can be easily sanded, machined, drilled, or acetone-vapor smoothed to achieve a high-gloss, injection-molded surface finish. Made in the USA, it delivers consistent diameter tolerances and reliable extrusion across long production runs.
Key Features
Bulk 5kg Industrial Spool: Designed for continuous, large-scale 3D printing runs to minimize material reload frequency.
Superior Strength & Flexibility: Delivers higher impact resistance, toughness, and flexural endurance than standard PLA.
High Thermal Resistance: Maintains structural integrity in elevated temperature environments better than PLA or PETG.
Post-Processing Ready: Easily machined, sanded, drilled, or acetone-vapor smoothed for a seamless, glossy surface finish.
Made in the USA: Manufactured with high quality control standards to ensure reliable layer bonding and uniform extrusion.
Recommended Print Settings
Parameter
Recommended Value
Extruder Temperature
230°C – 250°C
Bed Temperature
90°C – 110°C
Enclosure Required?
Yes (Recommended to prevent warping and corner lifting)
Post-Processing
Can be acetone-vapor smoothed, machined, or sanded
Technical Specifications
Brand: Push Plastic
Material Type: ABS (Acrylonitrile Butadiene Styrene)
Filament Diameter: 1.75mm
Spool Weight: 5kg (11 lbs)
Country of Origin: USA
Note on Spool Mounting: Due to the 5kg weight and size of this bulk spool, ensure your 3D printer setup or external spool holder is rated to support heavy spools for smooth, uninhibited feeding.
