Multi-Size Brass Nozzle Kit for Neptune 4 Plus/ 4 Max
Copper alloy has high thermal conductivity. High traffic is necessary for high-speed printing. Copper alloy has a thermal conductivity of 330W/m·k, uniformly heated, with a volume twice that of a regular nozzle, and supports a printing speed of 600mm/s.
High hardness, More wear-resistant
The surface copper plating process has good conductivity, anti-corrosion and rust prevention properties, greatly reducing the adhesion between the filament and the nozzle, and making extrusion smoother.
DESCRIPTION
Copper alloy has high thermal conductivity. High traffic is necessary for high-speed printing. Copper alloy has a thermal conductivity of 330W/m·k, uniformly heated, with a volume twice that of a regular nozzle, and supports a printing speed of 600mm/s.
High hardness, More wear-resistant
The surface copper plating process has good conductivity, anti-corrosion and rust prevention properties, greatly reducing the adhesion between the filament and the nozzle, and making extrusion smoother.
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characteristic
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Color:GoldInput Diameter:1.75mmPackage Dimensions:10*10*5mm(HWD)Printing Speed:≤600mm/hr
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Material:BrassPackage include:10pcs nozzleManufacturer:ElegooPower Supply:120W rated power
Copper alloy has high thermal conductivity. High traffic is necessary for high-speed printing. Copper alloy has a thermal conductivity of 330W/m·k, uniformly heated, with a volume twice that of a regular nozzle, and supports a printing speed of 600mm/s.
High hardness, More wear-resistant
The surface copper plating process has good conductivity, anti-corrosion and rust prevention properties, greatly reducing the adhesion between the filament and the nozzle, and making extrusion smoother.
description2
Advantage
Copper alloy has high thermal conductivity. High traffic is necessary for high-speed printing. Copper alloy has a thermal conductivity of 330W/m·k, uniformly heated, with a volume twice that of a regular nozzle, and supports a printing speed of 600mm/s.
High hardness, More wear-resistant
The surface copper plating process has good conductivity, anti-corrosion and rust prevention properties, greatly reducing the adhesion between the filament and the nozzle, and making extrusion smoother.
description2
details
Copper alloy has high thermal conductivity. High traffic is necessary for high-speed printing. Copper alloy has a thermal conductivity of 330W/m·k, uniformly heated, with a volume twice that of a regular nozzle, and supports a printing speed of 600mm/s.
High hardness, More wear-resistant
The surface copper plating process has good conductivity, anti-corrosion and rust prevention properties, greatly reducing the adhesion between the filament and the nozzle, and making extrusion smoother.
description2