• V6 Titanium Alloy Heatbreak
  • V6 Titanium Alloy Heatbreak
  • V6 Titanium Alloy Heatbreak
  • V6 Titanium Alloy Heatbreak
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  • V6 Titanium Alloy Heatbreak
  • V6 Titanium Alloy Heatbreak
  • V6 Titanium Alloy Heatbreak
  • V6 Titanium Alloy Heatbreak

V6 Titanium Alloy Heatbreak

Trianglelab NEW high quality GRADE5 V6 titanium alloy heat break for V6 HOTEND heater block 1.75MM Filament Smooth
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If you need to sendUPS/Fedex/TNT/DHL,please contact us. We need to discuss the freight with you.
The trianglelab has always been concerned about product quality.We are developing products and working hard to improve the quality.We will not abandon our reputation because of many cheap products on the market.It is believed that only high quality products can ensure the quality of your work and bring safety to your work.
Some of our products may be more expensive than others,but please believe in our quality and believe that you will not regret when you receive the goods.

new high quality V6 titanium alloy heat break for V6 HOTEND heater block 1.75MM Filament Remote Feeding Tube super smooth.

High quality V6 titanium alloy heat break 1 PC



NEWS:
Titanium Alloy BREAK was officially upgraded on September 1, 2019.
Upgrade content:
1 Replaced by TC4 material into GRADE5
2 Replacement with advanced machines for processing
3 modified heat treatment method
Performance after the upgrade:
1 The appearance is more shiny
2 thread precision improvement
2 The inner wall of the tube is smoother (reducing the chance of filament clogging)
3 The interface is smoother and more precise (can effectively prevent the filament from leaking)
Size:
FOR 1.75mm filament

Compatible:
Compatible with v6 Heatsink
Compatible with v6 Volcano Heat Block
Compatible with v6 PT100 Volcano Heat Block
Compatible with v6 V6 Heat Block
Compatible with v6 PT100 V6 Heat Block
▉What's in the box:

Trianglelab -   titanium alloy heat break X  1

 

NOTE:

We found that many customers do not know how to properly install the nozzle.
Remember the core issues in the installation process.
Just make sure your nozzle and HEAT BREAK front end are tight and sealed. Otherwise, the melted consumables will leak along the screw holes.
Heatebreaker performance comparison test
prusa I3 MKS3 print head
nozzle temperature 215℃
ambient  temperature 22℃
temperature probe depth 40+-0.5mm from top plate of heatsink
cooling fan Noctua NF-A4x10 5V
Read the temperature 15mins after nozzle stable at 215℃
thermal paste was applied in between the heatbreak and heatsink model:shin-etsu 7868 6.2W/m °K
both setup share the same heater block thermistor nozzle and cooling fan
only the heatebreaker and heatsink is diffent
Result: lower is better
. V6 standard(M7) stainless-steel heat breaker39.1℃
. V6 standard(M7) titanium alloy heat breaker34.1℃

Photo display:

Please enjoy the excellent quality of art.

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