M6 1.75mm 0.4mm Hole Print Head Nozzle Cemented Tungsten Carbide

Product Description of tungsten carbide 3d printer nozzle

The wear resistance of tungsten carbide nozzles will ensure that even the most fine hair can be printed. You can it print faster. Because it means high thermal conductivity of tungsten carbide. The nozzle lifetime is very long. Tungsten carbide will not soften at high temperatures like hardened steel. And You use the nozzle without worry about that. The high thermal conductivity and optimized stable flow is maintained through the entire nozzle. It solve customer problem that the nozzle will clog. Tungsten carbide nozzle manufacturing cost is low than other material, and maintain better flow and temperature stability at the nozzle tip.

Product name:Tungsten Carbide 3D Printing Nozzle

• Material:100% Virgin Tungsten Carbide
• Color:Silver
• Size: 0.4/0.6/0.8
• Certificate:ISO9001:2008
• Sample :Avaliable for testing
• Size :14mm in stocks ,Can be Customized
• Type :3D Printer Nozzles
• Grade : YG6, YG6X
• Feature:Long Life Low Cost
• Usage:Dust control,industrial cleaning,cooling
• Application:Washing & cleaning & sparying
• Spray pattern:Flat Fan Spray

Product detail of tungsten carbide 3d printer nozzle

Product Advantage of tungsten carbide 3d printer nozzle

1.Energy efficient, High quality printing results

2. Calibration efforts are more stable.

3. No extreme tempering effect.

4. Our flattened nozzle tip doesn’t scratch gas beds.

5. This lowered the developing cost of the 3D Printer nozzle and fast production .

6. It more reliable and grants better thermal conductivity

7. Made of a premium tungsten alloy which is generally used in the plastics industry or for aerospace applications

Product Feature of tungsten carbide 3d printer nozzle

Nozzle is the final step in your typing system, the most important part of your 3d printer. With plain plastic, any common metal can easily hold up against the flow. Once we start using plastic filaments with hard reinforcement fibers such as carbon and glass, things start to get more complicated; these reinforcement materials will scratch the inner wall of your nozzle orifice as they pass due to the flow and pressure. Both glass and carbon are known to be very hard, a lot harder than any metals, resulting in what is known as abrasion inside your nozzle. That's a state of the art 3d printer nozzle that offers good durability and performance for 3d printer

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