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Z-PCABS - 1.75mm - Ivory

Zortrax Z-PCABS is a highly durable blend of Polycarbonate (PC) fibers and ABS. This 3D printing filament is resistant to impacts, UV light, and high temperature.

$90.00$30.00

You Save: $60.00 (67%)

SKU: ZOR-PCA-IVR-800

VENDOR: Zortrax

Pickup available at 7A Kent Street, Yarraville, VIC

Usually ready in 4 hours

Z-PCABS - 1.75mm - Ivory

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PRODUCT INFORMATION
PRODUCT INFORMATION

Zortrax Z-PCABS is a highly durable blend of Polycarbonate (PC) fibers and ABS. This 3D printing filament is resistant to impacts, UV light, and high temperature. Z-PCABS doesn’t change its properties over the course of time and withstands exposure to chemicals including salts, acids, and alkalis. The material is perfect for industrial applications. Whether it is for prototyping, toolmaking or end-use parts manufacturing, objects 3D printed with Z-PCABS will remain fully functional and durable. It also works in 3D printing housings of tools, construction elements and automotive components exposed to impacts and hazardous substances.

Dedicated for Container Weight Diameter Extrusion
Zortrax M200 spool 800 g ±5% 1.75 mm Single
Zortrax M200 Plus
Zortrax M300 Plus
Key Properties Metric Imperial Test Method
Izod Impact, Notched 11.40 kJ/m2 5.42 ft-lb/in2 ISO 180:2004
Glass Transition Temperature 104.1° C 219° F ISO 11357-3:2014
Shore Hardness (D) 73.0 73.0 ISO 868:1998

Applications

  • consumer products
  • high durability prototypes
  • end-use parts
  • functional mechanical parts
  • casings
  • automotive industry

End-use products

Apply the filament whenever unyielding durability is required. Replace parts prone to damage with sturdier ones 3D printed with Z-PCABS.

High durability

Z-PCABS brings the advantages of ABS reinforced with highly durable Polycarbonate fibers. The high strength of the 3D printing material makes it a reliable choice for rapid prototyping and end-use parts.

Chemical resistance

Use Z-PCABS to 3D print objects meant to work in hazardous environments. The filament is immune to salts, acids, and alkalis