10x 1KG SUNLU BLACK PLA+ 2.0 Bulk Filament Bundle
Pickup available at Gold Coast, Queensland. (Check Pickup Hours)
Usually ready in 4 hours
$9.75 Flat Rate Shipping.
Spend $100+ and get FREE Shipping
Local Australian Stock, Shipped Same Day!
Flexible returns
The 10× 1 kg SUNLU Black PLA+ 2.0 Bulk Filament Bundle offers a high-value filament supply in classic black, designed for users who demand consistent quality, minimal adjustments, and long production runs. With each spool packed tight and precisely calibrated, this bundle ensures uninterrupted printing across multiple projects without compromising on finish or performance.
PLA+ 2.0 represents an upgraded take on standard PLA—integrating additives for enhanced toughness, smooth extrusion, and reduced brittleness. The black pigment delivers deep, uniform color, while the improved formulation offers better layer adhesion and a slightly elevated temperature tolerance, all without the hassle of warping or sharp fumes. Whether you're working on functional prototypes or attractive display models, SUNLU’s PLA+ 2.0 holds up.
Suitable for Bambu Lab AMS & AMS Lite, Anycubic ACE, & Creality CFS.
Key Features:
Bulk Value Pack: 10 full 1 kg spools of black PLA+, perfect for schools, makerspaces, or long print sessions.
PLA+ Performance: Tougher and less brittle than standard PLA with reliable layer adhesion.
Consistent Quality: Precisely controlled diameter (~ 1.75 mm ± 0.03 mm) and tight tolerance to reduce print failures.
Clean Printing: Low odor and easy to print; avoids warping and suits many build platforms.
Sleek Matte Finish: Deep black color with a professional matte texture that hides layer lines well.
Specifications:
Material: PLA+ 2.0 (Upgraded PLA formulation)
Filament Diameter: 1.75 mm ± 0.03 mm
Spool Weight: 1 kg each (10 kg total)
Color: Black
Density: ~1.24 g/cm³
Print Temperature: 195–220 °C
Bed Temperature: 50–60 °C
Recommended Print Speed: 50–300 mm/s
Cooling Fan: 30–50% for improved bridging and overhangs
Storage Tip: Keep sealed with desiccant to avoid moisture uptake during bulk storage
