Ceramic Hot End Kit for Creality K1/K1 Max, Upgrade Integrated Nozzle Heating Block Throat, 500 ° High Temperature Resistant 3D Printer Accessories

Ceramic Hot End Kit for Creality K1/K1 Max, Upgrade Integrated Nozzle Heating Block Throat, 500 ° High Temperature Resistant 3D Printer Accessories

Compatible printers: The ceramic heating plate upgrade hot end is a hot end component that can directly replace the original hot end for Creality K1 or K1MAX printers. Direct replacement hot end, 50% increase in flow rate High temperature resistance and fast heat conduction: The heating block has been upgraded with a copper-nickel-chromium-zirconium coating that can withstand high temperatures of up to 550°C and provides fast heat conduction. Upgraded integrated structure: The heating block has been upgraded with a nickel-plated chromium-zirconium copper coating for fast heat conduction and high-temperature printing. A chromium-zirconium copper wrapping ring has been added to the outside of the titanium alloy throat pipe for better heat dissipation. Compatible with various MK8 series nozzles: The heating block and nozzle are connected by a threaded connection, utilizing the nozzle and throat pipe, bottom step contact, firmly solving the phenomenon of detachment, reducing the possibility of material leakage, and removable nozzles, reducing usage costs. Attachment list: K1/K1 MAX upgrade hot end includes silicone sleeve*1, fixing bracket*1, 4mm open-end wrench*1, thermal silicone*1, 1.5 hex wrench*1, ceramic heating plate*1, thermistor*1 Elevate your 3D printing capabilities with this high-performance Ceramic Hot End Kit designed specifically for Creality K1/K1 Max printers. This integrated upgrade combines the nozzle, heating block, and throat into a seamless unit, engineered to handle extreme printing conditions up to 500° temperatures. The ceramic construction offers superior thermal properties, ensuring consistent heat distribution for more precise extrusion and better print quality. This comprehensive kit provides all necessary components for a complete hot end upgrade, making it an essential accessory for users looking to enhance their printer's performance. The integrated design reduces potential failure points and simplifies maintenance, while the high-temperature resistance opens up possibilities for working with a broader range of printing materials.