Cart 0
Taulman3D Alloy 920 Glass Fiber

Taulman3D Alloy 920 Glass Fiber

  • $ 4000

From Taulman3D:

"A high-temperature Alloy 910-based filament with a medium % of Cut Glass Fiber

The automotive industry has not taken on a greater percentage of filament based 3D printing due to the lack of a material that meets temperature and “cold flow” requirements. Creep/cold flow or the ability of a material to hold up to the constant temperature cycles of an automobile is a primary requirement. Today, while we see plastics bolted directly to our engines and other mechanical components under the hood, what we are looking at is a 30% Glass Filled Nylon 6,6. Nylon 6,6 has a medium tensile, but also has a heat deflection temperature of around 110°C. The 30% glass fiber content helps to reduce cold flow to an acceptable level. Without the glass fibers, parts would become dimensionally unstable in a smaller number of thermal cycles. However, Nylon 6,6 is an injection molding thermoplastic not an “extrusion grade material” as it would easily crack if extruded in a 1.75mm or 3mm line.

With Taulman3D Alloy 920GF, the automotive industry can move forward with a greater percentage of filament based printing using a material that meets both cold flow and temperature requirements. In addition, as the base polymer is an Alloy 910 material, there is a significant increase in tensile strength. The percentage of cut glass fiber is controlled such that elongation is still in the 8% range needed for high vibration components. The quality of Alloy 920GF is tightly regulated in that the compounding is performed at the Chemical mfg shortly after the batch process. This insures a constant compound from start to end of a spool as well as from spool to spool over years of printing."

  • Tensile = 82MPa
  • Elongation = 6% - 8%
  • Izod Un-notched = 680J/m
  • Printing temperature = 255°C – 265°C
  • Bed temperature = 55°C – 75°C
  • Heat Deflection Temperature = 107°C

GeckoTek's EZ-STIK HOT build surface works great with all of Taulman3D's nylon-based filaments.

We Also Recommend