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Creality£33.00Visit shop Creality Uk Unisex Ceramic Heating Block Kit For 3D Printers - For K1 Series(Terminal With Buckle)
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The K2 Plus Ceramic Heating Block Kit is an essential performance upgrade for owners of the Creality K2 Plus 3D printer who require consistent, high-temperature output for advanced materials. By leveraging a high-conductivity ceramic heating element and a durable titanium-alloy heat break, this kit facilitates uniform melting and rapid, high-flow printing capabilities, though users should ensure they are comfortable with basic hot-end maintenance before installation.
| Model Part Number | 4001030145 |
|---|---|
| Brand | Creality UK |
This kit is rated for high-temperature printing up to 350°C.
No, this specific kit is engineered exclusively for the K2 Plus. Please refer to our other product variants for different printer models.
Yes, the kit features an integrated design where the nozzle and heat break are combined.
This kit is designed for standard 1.75 mm filament.
Titanium alloy is used to reduce heat conduction, which helps prevent heat creep, ensuring the filament stays solid until it reaches the melting zone.
While it may work immediately, running a PID calibration is highly recommended to ensure the printer maintains accurate temperature control with the new heating block.
Check the wiring connections to the mainboard and ensure the thermistor is properly seated in the heating block.
Perform a PID tuning procedure in your firmware to calibrate the heater to the new ceramic block's thermal properties.
Ensure the nozzle was tightened while the assembly was heated to its maximum operating temperature to account for thermal expansion.
The K2 Plus Ceramic Heating Block Kit is engineered specifically for the Creality K2 Plus 3D printer. Installation requires the removal of the stock hot-end assembly. Before installing, ensure the printer is completely powered off and cooled down. When mounting, ensure the heater wires and thermistor are securely connected to the mainboard or daughterboard connectors, as loose connections can trigger thermal runaway protections. For care, avoid using metal tools to clean the nozzle while hot, as this can damage the hardened steel tip. If you experience a clog, it is recommended to perform a cold pull or use a specialized nozzle cleaning needle while the assembly is heated to the material's melting point.
