SPOOL3D

Tungsten Carbide High Output M6 Nozzle

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HOM6TC-NZL###
  • High Output M6 Tungsten Carbide Nozzle - 3D Printer Spare Parts
  • High Output M6 Tungsten Carbide Nozzle - 3D Printer Spare Parts
  • High Output M6 Tungsten Carbide Nozzle - 3D Printer Spare Parts
  • High Output M6 Tungsten Carbide Nozzle - 3D Printer Spare Parts
$79.00

Description

Free shipping in Canada for orders over $140 before tax. (via Canada Post)

The high wear resistance of our tungsten carbide nozzles will ensure that even the most abrasive filament can be printed with confidence.

The high thermal conductivity of tungsten carbide means you can print faster.

Tungsten carbide will not soften at high temperatures like hardened steel, resulting in a longer lasting nozzle.  Print up to 500c with high abrasion resistance!

Our tungsten carbide nozzle is a single piece, single material nozzle, meaning thermal conductivity and optimized flow is maintained through the entire nozzle, unlike multi material tungsten carbide tipped nozzles.

Tungsten carbide nozzles are less expensive to manufacture than ruby or sapphire tipped nozzles and maintain better flow and temperature stability at the nozzle tip.

Most importantly, our tungsten carbide nozzle is available NOW! No preorders.

  Tungsten Carbide Ruby A2 Hardened Steel Stainless Steel 410HT Copper Brass
Thermal Conductivity - W/(m·K) 110 40 26  12-45  385 109
 Hardness - HRC 85 (9 on Mohs scale) (9 on Mohs scale)  65  43  33  30 

Please tighten the nozzle to 3Nm when heated above your required printing temperature (300c for most plastics will be adequate).

Compatible with:

  • E3D Volcano

Package contents:

  • 1 tungsten carbide nozzle for 1.75mm filament (Size 0.4mm, 0.6mm or 0.8mm orifice)

Buy high output tungsten carbide 3D printer nozzles in Canada without the surprise cost of the exchange rate!

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1 Review

  • 5

    Fantastic!

    Posted by Olivier Royer-Tardif on December 27, 2019

    This nozzle transmits heat just like brass with a hardness that no other material can think of. Ruby nozzle look fancy, but the geometry of transition between brass and ruby insert is not optimal. This nozzle allowed me to perform a ringing test at 500mm/s 0.2mm layer and 0.4width. See video here: https://youtu.be/SpZlMYXZW-o

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