eSUN ABS+ White 3D Printing Filament 1.75mm 1kg
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Product description
eSUN ABS+ White is a modified ABS filament for FDM 3D printing, featuring a 1.75mm diameter and 1kg net weight. It combines toughness, impact resistance and reduced shrinkage compared with conventional ABS, helping produce durable functional models with smooth surfaces and stable dimensions. It supports printing speeds up to 200 mm/s under suitable printing conditions.
⭐ eSUN ABS+ offers a balanced combination of toughness, impact resistance, heat resistance, lower shrinkage and improved printability compared with conventional ABS, making it suitable for functional models and technical parts.
Compatible with FDM printers supporting ABS, 1.75mm filament, nozzle temperatures up to 270°C and a heated bed, including suitable printers from:
✅ Bambu Lab ✅ Creality ✅ Prusa ✅ Anycubic ✅ ELEGOO ✅ Other Brand
🔹 Bambu Lab: AMS supports ABS subject to spool compatibility, while AMS Lite is not compatible with ABS printing.
🔹 Creality: CFS supports ABS with compatible printers and spool dimensions.
🔹 Anycubic: ACE Pro and ACE 2 Pro support ABS, subject to printer and spool compatibility.
🔹 Prusa: Suitable printers can print ABS; official MMU3 material support is limited to PLA and PETG in the referenced guidance.
📦 Product Information
🔹 Brand: eSUN
🔹 Product: ABS+
🔹 Material: Modified ABS
🔹 Color: White.
🔹 Filament Diameter: 1.75mm.
🔹 Net Weight: 1kg.
🔹 Spool Type: Plastic spool.
⭐ Why Choose eSUN ABS+?
🔹 Good toughness and impact resistance for functional models and parts subjected to regular handling.
🔹 Reduced shrinkage compared with conventional ABS helps minimize warping and cracking under appropriate printing conditions.
🔹 Heat distortion temperature of 73°C according to the official technical datasheet.
🔹 Stable dimensions, improved bridging and overhang performance, and smooth surface quality.
🔹 Lower printing odor than conventional ABS, while proper ventilation remains necessary.
🔹 Supports printing speeds up to 200 mm/s with suitable equipment and settings.
🔹 White features a light, neutral white appearance with a clean, uniform look, suitable for functional housings, technical components and decorative objects.
⚙️ Recommended Printing Settings
🌡️ Nozzle Temperature: 230–270°C.
🛏️ Bed Temperature: 95–110°C.
💨 Cooling Fan: 0%.
🏃 Print Speed: Up to 200 mm/s.
💡 Printing Recommendations and Usage Conditions
🔹 Enclosed-chamber printing is recommended to maintain stable temperatures and reduce warping and cracking, especially for large parts.
🔹 Use a heated bed and maintain consistent chamber temperatures throughout printing.
🔹 Adjust cooling or reduce printing speed when necessary to improve bridges and overhangs, while maintaining sufficient interlayer adhesion.
🔹 Acetone smoothing is not recommended for this modified ABS+ formulation, unlike conventional ABS.
🔹 Ensure adequate ventilation during printing and avoid direct exposure to emissions.
🔹 Store in a cool, dry place in a tightly sealed container, away from heat sources and oxidizing agents.
🔗 Filament Storage Bags and Moisture-Absorbing Silica
📊 Technical Specifications
🔹 Density: 1.06 g/cm³.
🔹 Melt Flow Index (MFI): 15 g/10min at 220°C / 10kg.
🔹 Heat Distortion Temperature (HDT): 73°C.
🔹 Tensile Strength: 40 MPa.
🔹 Elongation at Break: 30%.
🔹 Flexural Strength: 68 MPa.
🔹 Flexural Modulus: 1203 MPa.
🔹 IZOD Impact Strength: 42 kJ/m².
🧩 Applications
🔹 Functional and mechanical prototypes.
🔹 Electronics enclosures, equipment housings and technical covers.
🔹 Jigs, fixtures, molds and manufacturing aids.
🔹 Educational, architectural and decorative models.
🛡️ Safety and Documentation
🔹 3D-printed ABS+ White parts are not recommended for direct food or beverage contact without specific testing documentation establishing the safety of this application.
🔹 An official SDS is available for ABS+, together with REACH and RoHS reports covering the tested samples.
🔹 Print in a well-ventilated area and avoid directly inhaling printing emissions.
For technical datasheets, printing settings and CubicSky support guides, see:
🔗 3D Printing Materials Settings and Technical Support Guide
📚 Official Sources and Documents
🔗 Official eSUN ABS+ Product Page
🔗 Official Technical Data Sheet (TDS)
🔗 Bambu Lab AMS ABS Compatibility
