Zortrax Z-ABS filament - 1.75mm - 2kg - Pure Black

Brand: Zortrax
Product Code: PRM-8305
Availability: Temporarily Out Of Stock
104.60€
Ex Tax: 86.45€

Z-ABS is a standard thermoplastic filament developed and manufactured specifically for the Zortrax M-Series. 3D print with it on your M200, M200 Plus and M300. Zortrax M-Series 3D printers use LPD (FFF/FDM) 3D printing technology. These 3D printers create 3D objects using the extrusion of molten filament.
Z-ABS is perfect for test parts, functional prototypes and concept models. You can also use this material for additive manufacturing of final components. ABS is lighter and more durable than PLA. For example, LEGO bricks are made of ABS.
Zortrax Z-ABS filament is available in a variety of colors. Designers, engineers and inventors can use this Zortrax filament to develop, test and produce much faster and more reliable end products for the market. Z-ABS, along with Z-Suite software features, offers excellent aesthetics and mechanical properties.
Z-ABS 3D printing filament lets you affordably experiment even with the most creative designs before going on with full production. Ease of use and low cost make it perfect for rapid prototyping on a tight budget.
Customize your 3D prints by using various post-processing techniques. Smoothen models with acetone vapors, use sandpapers or cover 3D printed objects with paints and varnishes. Z-ABS is an excellent material for demanding makers and hobbyists.

Main features:

  • Optimized ABS filament for the Zortrax M-Series
  • Material for engineers, designers and people who need strong and lightweight parts
  • Used in everyday products such as LEGO bricks
  • Strong and durable material
  • Good surface and mechanical properties
  • Z-ABS tends to warp less than normal ABS
  • Ideal for prototypes, models and end-use-parts

Specification:

  • Filament Type: ABS
  • Diameter: 1,75 mm
  • Tolerance: 0,05 mm
  • Weight: 2,0 kg
  • Length: 696 m
  • Specific gravity: 1,195 g/cm3
  • Tensile strength: 30,46 MPa
  • Elongation at yield: 4,52%
  • Elongation at break: 11,08%
  • Flexural Strenght: 46,3%
  • Flexural Modulus: 1080
  • Impact Strength: 8,93 KJ/m2
  • Shore D Hardness: 69,2 D