Feature:
1. Applicable Model: 0.4mm 3D printer high flow nozzle set, suitable for Neptune 4, for Neptune 4 Pro printer, which can directly replace old or damaged nozzles.
2. High Efficiency: The thermal conductivity coefficient of this nozzle is 300Wmk, ensuring uniform heating, and supporting a printing speed of 600mms.
3. Applicable Material: These nozzles are suitable for most materials, such as PLA, ABS, PETG, TPE, TPU, PC, etc., as well as PEEK, PEKK, PEI, PSU, and PPSU filament.
4. Smooth Extrusion: Pipeline inner wall roughness Ra<0.4, effectively reduces blockage, enhances the fluidity of consumable, and provides fast thermal conductivity.
5. Hardened Steel: These nozzles are made of excellent hardened steel, with good wear resistance, heat resistance, can print up to a maximum temperature of 500 celsius .
6. Specifications: Includes 10pcs hardened steel nozzles, with 0.4mm nozzle hole and standard M6 thread to ensure reliable connection and stable printing.
Specification:
Item Type: 3D Printer Nozzle Set
Material: Hardened Steel
Nozzle Hole: 0.4mm
Filament Diameter: 1.75mm
Screw: M6 Thread
Maximum Printing Temperature: 500 celsius
Compatible Filament: 1.75mm PLA, ABS, PETG, TPE, TPU, PC, etc..
Package List:
10 x NozzlesApplicable Model: 0.4mm 3D printer high flow nozzle set, suitable for Neptune 4, for Neptune 4 Pro printer, which can directly replace old or damaged nozzles.
High Efficiency: The thermal conductivity coefficient of this nozzle is 300Wmk, ensuring uniform heating, and supporting a printing speed of 600mms.
Applicable Material: These nozzles are suitable for most materials, such as PLA, ABS, PETG, TPE, TPU, PC, etc., as well as PEEK, PEKK, PEI, PSU, and PPSU filament.
Smooth Extrusion: Pipeline inner wall roughness Ra<0.4, effectively reduces blockage, enhances the fluidity of consumable, and provides fast thermal conductivity.
Hardened Steel: These nozzles are made of excellent hardened steel, with good wear resistance, heat resistance, can print up to a maximum temperature of 500 celsius .
