3D printer filament eSun EABS-GF Fire Engine Red 1.75 mm 1 kg

eSun EABS-GF Fire Engine Red 1.75 mm is a 1 kg spool of glass-fiber reinforced EABS filament formulated for fused filament fabrication. The bright fire engine red color provides strong visual impact for prototypes, models and finished parts. This filament is intended for users who require increased stiffness and improved dimensional stability compared to standard ABS while maintaining good printability on desktop FFF/FDM machines.

Advantages

The glass-fiber reinforcement increases rigidity and resistance to deformation under load and heat, while the EABS base improves layer adhesion and reduces warping relative to unmodified ABS. Consistent 1.75 mm diameter and tight manufacturing tolerances support reliable feeding and steady extrusion, which helps produce accurate, repeatable prints. The vivid fire engine red pigment offers solid color coverage for visible components and display pieces.

Suitable for

• Functional prototypes requiring higher stiffness
• Enclosures and housings for non-food applications
• Mechanical components such as brackets and fixtures
• Scale models and visible parts where color consistency matters

Key specifications

• Material: glass-fiber reinforced EABS (engineered ABS blend)
• Diameter: 1.75 mm nominal
• Net weight: 1 kg spool
• Color: fire engine red (bright red)
• Recommended printing technology: FFF / FDM
• Filament form: single filament spool

How to use

Load the 1.75 mm filament onto the printer spool holder and feed it into the extruder according to your printer manufacturer’s instructions. Select an extrusion temperature suitable for EABS blends and glass-fiber reinforced filaments, adjust print speed and cooling to balance surface finish and interlayer adhesion, and use a heated bed with appropriate adhesion aid to reduce warping. Calibrate retraction and extrusion settings to accommodate the increased stiffness of glass-fiber reinforced material. Print with a hardened steel or abrasion-resistant nozzle to avoid accelerated nozzle wear from glass fibers.

Usage recommendations

For best results, print at moderate speeds with a heated bed and use enclosure or ambient temperature control to improve dimensional stability. Store the filament in a dry environment or sealed bag with desiccant to prevent moisture absorption. Use a hardened nozzle and ensure adequate part cooling only when necessary to preserve layer bonding.