Premium Bimetal Nozzles For Creality K1/K1 MAX/Ender 3 V3 KE - High Flow Copper
Professional-grade bimetal nozzles designed for high-speed 3D printing with superior heat conductivity and exceptional wear resistance. Available in multiple size options and pack quantities to suit your specific printing needs.
For other materials, 3D printing supplies or nozzle type, see my store.
Size Options:
- 0.2mm (Ultra Fine Detail)
- 0.4mm (Standard All-Purpose)
- 0.6mm (Fast Printing)
- 0.8mm (High Volume/Strength)
- 1.0mm (Maximum Flow Rate)
Pack Options:
- Single Nozzle (1pc)
- Value Pack (3pcs)
Advanced Bimetal Construction:
- Outer shell: High-conductivity chromium zirconium copper (330W/m·k thermal conductivity)
- Inner liner: Hardened steel core (Mohs hardness 7.8) for exceptional wear resistance
- Temperature resistance up to 500°C for high-temperature filaments
- Precision machined with no burrs at the orifice for consistent extrusion
- Ultra-smooth inner wall (Ra<0.4 roughness) prevents clogging and ensures stable flow
Technical Specifications:
- Filament Diameter: 1.75mm
- Thread Size: Standard M6 thread
- Overall Length: 23.2mm
- Diameter: 6mm
- Weight: 3.6g per nozzle
- Quick-detach design for easy maintenance
Compatible with Multiple Filament Types:
- Standard: PLA, ABS, PETG, TPU
- Engineering: PC, PP
- Carbon Fiber Reinforced: PLA-CF, PA-CF, PET-CF
- Flexible and specialty filaments
Printer Compatibility:
- Creality K1 & K1 Max
- Creality Ender 3 V3 KE
- Creality CR-10 SE
- Other printers using M6 threaded hotends with similar dimensions
Key Benefits:
- Superior heat distribution for consistent extrusion quality
- High-speed printing capability (up to 600mm/s)
- Extended nozzle lifespan compared to standard brass nozzles
- Reduced clogging and jamming during prints
- Excellent for abrasive filaments that would quickly wear out standard nozzles
Installation Tip: For optimal thermal coupling, we recommend using the hot tightening technique. Heat the hotend to 285°C, install the nozzle while carefully gripping the heater block, then allow to cool before final tightening.
Note: Not compatible with integrated design hotends on newest printer versions. Please check your printer model compatibility before ordering.
