ABS-GF
SUNLU ABS-GF reinforces ABS with glass fiber, significantly enhancing rigidity, strength, and dimensional stability for structural and load-bearing parts.
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10% Glass Fiber Reinforced, Strong and Sturdy
The filament contains 10% high-strength glass fiber, significantly improving the strength and rigidity of the printed parts compared to regular ABS materials. Whether for functional parts or mechanical structures, it can withstand higher loads and impacts, ensuring that the printed products are more stable and durable. This reinforced material formulation not only enhances performance but also ensures a smooth printing process, allowing users to easily achieve high-strength printed results.

Excellent Dimensional Stability, Minimizing Warping and Deformation
With precise formulation and optimized processing, this material maintains excellent dimensional stability even in large or complex prints, significantly reducing the risk of warping and deformation. Users can achieve flat, accurate finished products without frequently adjusting print parameters, thereby improving print success rates and saving time and material costs. Every print is predictable and high-quality.

Delicate Matte Finish, Subtle and Elegant, Exceptional Aesthetic Quality
The printed models feature a smooth, even matte finish with a low-key, understated look that combines visual beauty with a satisfying tactile experience. Whether used for display pieces, mechanical housings, or functional parts, it enhances the overall appearance, adding a sense of luxury and professionalism to the printed work. This makes the prints not only functional but also visually appealing with exceptional aesthetic value.

High-Precision Diameter Control (1.75±0.02mm), High Device Compatibility
Each spool of filament is strictly controlled within the 1.75±0.02mm diameter range, ensuring uniform and stable filament diameter. The high precision guarantees smooth feeding into the nozzle, reducing the risk of clogging and filament breakage, while improving print dimensional accuracy and surface finish. Whether printing precise models or large functional components, users can expect stable and reliable print results, making the printing experience smoother and more efficient.
Parameter Information
| Mechanical Properties | Physical Properties | Print Settings | |||
|---|---|---|---|---|---|
| Tensile Strength(MPa) | 55±5 | Density(g/cm³) | 1.016±0.01 | Nozzle Temperature & Print Speed | 260-280℃/50-300mm/s |
| Flexural Strength(MPa) | 85±5 | Melt Flow Index(g/10 min) | 7±2 | Bed Temperature | 90-100℃ |
| Notched Izod Impact Strength(kJ/㎡) | 6±2 | Shrinkage(%) | 0.5 | Retraction Distance | 0.8-1.2mm |
| Elongation at Break(%) | 10±2 | Heat Deflection Temperature(℃) | 100±5 | Retraction Speed | 30-40mm/s |
| Shore Hardness(HA/HD) | 80 | Vicat Softening Temperature(℃) | 95 | ||