

Out Of Stock


eSUN PLA+ Aqua 1.75mm 1Kg
- Availability: Out Of Stock
- Brand: eSUN
- Weight: 1.40kg
- Package Size: 21.50cm x 20.50cm x 7.30cm
- SKU: 3DP-FIL-160
$15.00
Ex Tax: $15.00
Features:
The eSUN PLA+ Aqua 1.75mm 1Kg filament is an eco friendly PLA+ material designed for reliable and high quality 3D printing. It offers a balanced combination of strength, rigidity and toughness with improved impact resistance compared to standard PLA. Known for its smooth surface finish and easy printability, it is suitable for modeling, rapid prototyping and functional parts on most FDM 3D printers.
Specifications:
- Brand: eSUN
- Material: PLA Plus PLA+
- Color: Aqua
- Filament Diameter: 1.75 mm
- Net Weight: 1 Kg
- Density: 1.23 g/cm3
- Melt Flow Index: 5 g per 10 min at 190C and 2.16 kg
- Heat Distortion Temperature: 53C at 0.45 MPa
- Tensile Strength XY: 53.34 MPa
- Tensile Strength Z: 31.2 MPa
- Elongation at Break XY: 4.11 percent
- Elongation at Break Z: 2.6 percent
- Flexural Strength XY: 81.16 MPa
- Flexural Strength Z: 59.8 MPa
- Flexural Modulus XY: 2888.22 MPa
- Flexural Modulus Z: 2684.19 MPa
- Impact Strength IZOD XY: 5.51 kJ per m2
- Impact Strength IZOD Z: 2.51 kJ per m2
- Recommended Nozzle Temperature: 210C to 230C
- Bed Temperature: 45C to 60C
- Fan Speed: 100 percent
- Printing Speed: Less than 300 mm/s
- Heated Bed: Required
- Compatibility: Most FDM 3D printers
- Applications: Modeling, rapid prototyping, functional parts printing
We offer fast worldwide shipping with reliable service. Orders are processed within 12h and delivered in:
- Lebanon:
1–3 working days via Aramex ($4 fee, extra for machines). - International:
3–10 working days (fees depend on weight/volume).
You'll receive an email with tracking details once your order ships. Import taxes may apply and are the customer's responsibility.
Dynamic.me lets buyers pay online, via Cash on Delivery (COD), or other available methods. It only facilitates payments and is not responsible for issues between buyers and sellers. Buyers' funds are held at their own risk.









