Upgraded Bi-Metal Heatbreak V5AC SE-6 3D Printer Hotend Nozzle Throat Heat Break

Product Features:

Seamless Connection:
The Upgraded Bi-Metal Heatbreak V5AC SE-6 features a seamless connection between the copper alloy heatbreak and the stainless steel nozzle, ensuring excellent heat transfer and preventing filament leakage.

Enhanced Heat Dissipation:
The copper alloy heatbreak effectively dissipates heat, reducing the risk of heat creep and clogging. This allows for smoother filament extrusion and improved print quality.

High Thermal Conductivity:
The copper alloy material used in the heatbreak boasts high thermal conductivity, facilitating rapid heat transfer from the heater block to the nozzle, ensuring efficient filament melting.

Durable Construction:
Made from premium stainless steel and copper alloy, this heatbreak is built to last, providing exceptional durability and longevity. It can withstand high temperatures and repeated use without compromising performance.

Universal Compatibility:
The Upgraded Bi-Metal Heatbreak V5AC SE-6 is engineered to be compatible with various popular 3D printers and hotends, offering greater flexibility and ease of installation.

Smooth Filament Flow:
The smooth inner bore of the heatbreak minimizes friction, allowing for effortless filament flow and reducing the risk of clogging. This results in consistent filament extrusion and improved print results.

Additional Features:

* Easy Installation:
The heatbreak can be easily installed and replaced in a matter of minutes, ensuring minimal downtime and hassle-free maintenance.

* Variety of Nozzles:
The heatbreak is compatible with a range of nozzle sizes, providing users with the flexibility to tailor their 3D printing needs and achieve optimal results.

* Wide Temperature Range:
The Upgraded Bi-Metal Heatbreak V5AC SE-6 supports a wide temperature range, enabling users to print with a variety of filament materials, including PLA, ABS, PETG, and TPU.

Key Usage Points:

* Designed specifically for 3D printing applications
* Suitable for both direct and Bowden setups
* Ideal for printing high-temperature filaments
* Reduces risk of heat creep and clogging
* Compatible with various 3D printers and hotends

Manufacturer’s Website

All-Metal Heatbreak Comparison (Blog)