Creality K1C Ceramic Heating Block Kit, 3D Printer Parts All Metal Quick-Swap Nozzle Kit Heat Break 300°C High Temperature Resistance Hotend Heating Block Kit with for K1C K1C Old Version
Creality K1C Ceramic Heating Block Kit, 3D Printer Parts All Metal Quick-Swap Nozzle Kit Heat Break 300°C High Temperature Resistance Hotend Heating Block Kit with for K1C
Creality K1C Ceramic Heating Block Kit—Quick-swap Nozzle KitCompatible Models: K1C Compatible filaments:PLA, ABS, PETG, TPU, PP, PC, PLA-CF, PA-CF, PET-CF, etc.Support filament diameter: 1.75+0.05mmCeramic heating power: 60WNozzle: 0.4mmx1Features:High Thermal Conductivity CeramicsHigher Temperature Resistant and Faster SpeedHigh Thermal ConductivityHigh Flow Printing300°C High TemperatureResistanceEasy toinstallPackage: 1x K1C Ceramic Heating Block Kit—Quick-swap Nozzle Kit
Product Features
- Compatible Models: This Ceramic Heating Block Quick-swap Nozzle Kit is compatible with Creality K1C High Speed 3D Printers.
- All-metal integrated design, quick disassembly and assembly: The nozzle and heat break adopt all-metal integrated design, quick disassembly and assembly, and easy replacement.
- Material upgrade, suitable for printing a variety of filaments: The heat breaker is made of titanium alloy to reduce heat conduction, and the nozzle is composed of copper alloy and hardened steel, supporting PLA, ABS, PETC, TPU, PP, PC, PLA-CF, PA-CF, PET-CF.
- Precise workmanship and craftsmanship: the inner wall is smooth and non-clogging, and the inner hole roughness Ra<0.4 ensures smooth filament feeding; precision processing, impeccable craftsmanship, and no burrs at the opening. Printing is stable and clogging is reduced. Tight fit and no leakage. Tight fit joints effectively prevent filament leakage during printing.
- High Thermal conductivity Uniform Heating: 360surround ceramic heater improves heating efficiency, more uniform heating and faster heat transfer. Enlarged nozzle chamber, achieving a maximum flow rate of up to 32 mm3/s, and supporting high-speed printing at 600 mm/s.