Orange
Orange PLA+ 1.75mm 3D Printing Filament 1kg-PEARL WHITE
Special Price
₹946
₹1,048
10% Off
(Incl. of GST 18%)
Inclusive of all taxes
Stock: Available

7 days service center Replacement

Delivery

1 Year Warranty

Pay on Delivery

10 days Return

Secure Transactions
Ships from | elemart |
---|---|
Sold by | davesh |
About this item
The Orange PLA+ 1.75 mm 3D Printing Filament (1 kg) – Pearl White blends enhanced mechanical strength with a sleek, lustrous appearance, making it ideal for both functional parts and decorative prints. As part of the PLA+ family, this material offers superior toughness, smoother layer adhesion, and less brittleness than standard PLA. Engineered with tight manufacturing tolerances—±0.1 mm diameter and ±0.5 mm roundness—the filament delivers consistent extrusion and minimizes clogs or dimensional errors. While the exact pearl white color variant isn't detailed, PLA+ grades typically print best between 200–220 °C, often about 20 °C higher than standard PLA, with a heated bed set around 50–60 °C for optimal adhesion. From mechanical tests, PLA+ formulations commonly exhibit elongation at break values around 29%, compared to just 5% for standard PLA, and an Izod impact strength of approximately 7 kJ/m², roughly double that of regular PLA, making printed parts more durable and resistant to cracking. Pearl-toned variants offer a subtle sheen that enhances visual appeal without compromising performance. This filament is spoolless and vacuum-sealed with desiccant for moisture protection and reduced packaging waste. Compatible with most FDM/FFF printers using 1.75 mm filament, it's great for hobbyists and professionals alike—whether you're creating aesthetic models, functional prototypes, or structural items.Specifications
Material | PLA+ (Polylactic Acid Plus) |
---|---|
Diameter | 1.75 mm ± ~0.1 mm (accuracy ±0.1 mm; roundness ±0.5 mm) |
Net Weight | 1 kg spool |
Print Temperature | ~200–220 °C; PLA+ runs ~20 °C hotter than standard PLA |
Heated Bed | Optional; if used, ~60–70 °C recommended |
Elongation at Break | ~29% (versus ~5% in standard PLA) |
Izod Impact Strength | ~7 kJ/m² (vs ~4.2 kJ/m² for standard PLA) |
Rigidity & Glossiness | Higher stiffness and glossy surface finish |