Bi-metal heatbreak:Â High quality titanium alloy + plated copper,real bimetal material ,combined with 2 components
Premium performance: Ordinary bimetal heatbreak torque is less than 5kg, the inner hole has a poor finish, the connection part is fixed by glue, which is very easy to fall off and affect printing. The inner hole finish is 0.3 and the torque is more than 10kg.
Plated copper heatsink: two components with different thermal conductivity.improve heat dissipation efficiency
V6 heat break: This heatbreak is used for the 1.75mm V6 Hotend.
Packages Include: Comes with 1 pcs Bi-metal V6 heatbreak for 1.75mm filament
Features of TC4 Titanium alloy V6:
High quality titanium material: High performance titanium alloy heatbreak,has excellent heat insulation and thermal conductivity，the metal doesn’t get hot too quickly, it also dissapates heat quickly too. Polished Titanium Heatbreak prevents hotend clogs caused by heat creep,ensure printing smooth.
Premium performance: Ordinary bimetal heatbreak torque is less than 5kg, the inner hole has a poor finish, the connection part is fixed by glue, vwhich is very easy to fall off and affect printing. The inner hole finish is 0.3 and the torque is more than 10kg.
All metal heatbreak: V6 Thread version heatbreak.integrated design refused to jamming,improve printing efficiency.
V6 heat break: This heatbreak is used for the 1.75mm V6 Hotend.
Packages Include:Comes with 1 pcs titanium alloy V6 heatbreak for 1.75mm filament
Features of E3D V6 Titanium Copper Throat:
All-metal Heat Break Advantages: The all metal heat break works well with high-temp filaments. There is no Teflon to wear or burn,high temperature resistance up to 420℃.
Application: The bimetal titanium heat break is ONLY compatible with E3D V6 threaded hotend.
Bimetal Material Advantage: The V6 heat break is made of Titanium Alloy and Copper.Titanium alloy is used to reduce heat conduction upward from the heating block, and copper is used to accelerate heat conduction.
Easy Installation: This throat can direct replacement for your V6 hotend,the outer hexagonal design is more convenient for disassembly.
NOTE: PLA is NOT recommended. The heat break in the clone version cannot completely avoid PLA clogging when retracting.
As of a week of light usage, got one jam but it was to be expected as i hadn’t added any thermal paste between the heatbreak and the heatsink. After using thermal paste, works perfectly for PLA. I’m yet to test ABS and other high temp filaments, but looks promising.
The copper throat has a hex nut inbuilt that solves a big problem of removing it from the heatsink.
100% a buy if you are a heavy printer and have to rebuild the hotend frequently.
As of a week of light usage, got one jam but it was to be expected as i hadn’t added any thermal paste between the heatbreak and the heatsink. After using thermal paste, works perfectly for PLA. I’m yet to test ABS and other high temp filaments, but looks promising.
Printer – Ender 3 V2 with Direct Drive
The copper throat has a hex nut inbuilt that solves a big problem of removing it from the heatsink.
100% a buy if you are a heavy printer and have to rebuild the hotend frequently.