Tough Titanium Heatbreak – For V6 or Volcano Hotends

(2 customer reviews)

$9.99

  • Machined Titanium Heatbreak
  • Polished inside bore
  • Works with Genuine and Clone E3D V6 1.75mm Hotends
    • Check to make sure your heatbreak matches the appearance of ours
    • M7 Top Threads
    • M6 Bottom (heatblock side)
  • Lower Thermal Conductivity for better retraction and less heat creep
  • Compare to E3D brand at $40!

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Product Info

  • Machined Titanium Heatbreak
    • Made from TC4 Titanium Alloy
  • Polished inside bore
  • Works with Genuine and Clone E3D V6 1.75mm Hotends
    • Check to make sure your heatbreak matches the appearance of ours
    • M7 Top Threads
    • M6 Bottom (heatblock side)
  • Lower Thermal Conductivity for better retraction and less heat creep
  • Heatbreaks are delicate parts.
    • Never tighten your nozzle without holding the heater block with pliers. Doing it without can break the transition zone (the thinnest part).
    • Nozzle crashes can also bend the heatbreak. If your heatbreak is bent in a nozzle crash slowly try to bend it back to the original position.
    • Our warranty does not cover damage to the heatbreak from over-tightening or nozzle crashes, only defects in the product itself.

Tips for Using This Heatbreak

  • We recommend if you are getting jamming with PLA (this can happen with ALL METAL heatbreaks from any manufacturer) to print a filament oiler.
    • Like this one: https://www.thingiverse.com/thing:492067. Stuff it with a sponge or fiber then lightly wet with CANOLA oil. This will oil the filament path and keep the PLA from sticking to the heatbreak on a longer retract.
    • After using this for about a month or two your heatbreak should have a nice “seasoning” on the inside and use of an oiler will be needed less or not at all.
  • Stick to under 3mm retractions. All metals will need less retraction than a PTFE lined hotend. 25-50mm/s depending on your machine setup. Wipe is recommended (2-5mm).
  • Detailed write up on using all metal hotends: https://www.th3dstudio.com/knowledgebase/using-your-all-metal-hotend/

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