3PK 0.2/0.4/0.6MM CC2 Hardened Steel Ceramic Hotend for Centauri Carbon 2

HzdaDeve 3PK 0.2MM 0.4MM 0.6MM Hardened Steel Ceramic Hotend for Centauri Carbon 2/CC2 Print Head Steel Nozzle Extruder Kit Hot End Heater Cartridge Thermistor Silicone Cover for Elegoo 3D Printer Specification:
Material: Aluminum + Stainless Steel
Filament material: 1.75mm with PLA/ABS/PETG/TPU/Wood
Operating temperature range: -40~+300°C
Simple Installation: Remove the old hotend kit and replace the new one to start. (heating tube, thermistor, nozzle, throat tube, and heating block and silicone cover are pre-installed)
Compatible 3D Printer: for Elegoo Centauri Carbon 2/CC2 Package Include:
1 X 0.2MM Ceramic Hardened Hotend Kit
1 X 0.4MM Ceramic Hardened Hotend Kit
1 X 0.6MM Ceramic Hardened Hotend Kit The interior of the nozzle is smooth with burr-free, which not only reduces air resistance and prevents the filament from jamming on the rounded bevel, but also ensures a long service life and makes the filament smoother

MORE BENEFITS

• Precision Compatibility: This CC2 hotend kit fits for the Elegoo Centauri Carbon 2/CC2 3D printers. (Not fits for CC1)
• Package Included: 1 set 0.2MM ceramic cc2 hotend kit + 1 set 0.4MM ceramic cc2 printer head kit + 1 set 0.6MM ceramic cc2 hot end kit.
• Tungsten Caroffere Coated: It has a strong adsorption capacity, effectively preventing molten plastic from sticking to the nozzle.
• High thermal conductivity uniform heating: The powerful ceramic heating rod can improve heating efficiency/more uniform heating/faster heat transfer.
• Superior Heat Resistance: Engineered with hardened steel and an all‑metal heat break, this centauri carbon 2 combo hotend kit is heat-resistant up to 350°C. Fully compatible with standard filaments (PLA, ABS, PETG, TPU, etc).
• Plug‑and‑Play: Simply remove the existing CC2 hotend and install the new hot end. The heating cartridge, thermistor, and nozzle are pre‑installed, so you can start printing within minutes. 
• Oxidation Heat Sink: Enhances heat dissipation and provides long-lasting protection for high-temperature 3D printing. Compared with non-oxidation heat sinks, the heat dissipation efficiency has been improved by 20%.