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Phaetus PS V6 – Copper Plated Nozzle – 500°C Max Temp – Nozzle (Image 1, 3d printing) – Phaetus AMPANOVA
Phaetus PS V6 – Copper Plated Nozzle – 500°C Max Temp – Nozzle (Image 2, 3d printing) – Phaetus AMPANOVA
Phaetus PS V6 – Copper Plated Nozzle – 500°C Max Temp – Nozzle (Image 3, 3d printing) – Phaetus AMPANOVA
Phaetus PS V6 – Copper Plated Nozzle – 500°C Max Temp – Nozzle (Image 4, 3d printing) – Phaetus AMPANOVA
Phaetus PS V6 – Copper Plated Nozzle – 500°C Max Temp – Nozzle (Image 5, 3d printing) – Phaetus AMPANOVA
Load image into Gallery viewer, Phaetus PS V6 – Copper Plated Nozzle – 500°C Max Temp – Nozzle (Image 1, 3d printing) – Phaetus AMPANOVA
Load image into Gallery viewer, Phaetus PS V6 – Copper Plated Nozzle – 500°C Max Temp – Nozzle (Image 2, 3d printing) – Phaetus AMPANOVA
Load image into Gallery viewer, Phaetus PS V6 – Copper Plated Nozzle – 500°C Max Temp – Nozzle (Image 3, 3d printing) – Phaetus AMPANOVA
Load image into Gallery viewer, Phaetus PS V6 – Copper Plated Nozzle – 500°C Max Temp – Nozzle (Image 4, 3d printing) – Phaetus AMPANOVA
Load image into Gallery viewer, Phaetus PS V6 – Copper Plated Nozzle – 500°C Max Temp – Nozzle (Image 5, 3d printing) – Phaetus AMPANOVA

Phaetus PS V6 – Copper Plated Nozzle – 500°C Max Temp

Phaetus
In stock and ready for shipping

SKU: 1100-07A-15-03-08

£8.99
£8.99
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This is a pre order item. We will ship it when it comes in stock.

In the process of 3D printing, PEEK, PEKK, PEI, PSU, PPSU and other filaments who can be melted above 300℃ are called high-temperature filaments. The ordinary brass nozzle cannot complete its printing. The thermal conductivity of the nozzle made of copper alloy is 330W/m.k, and the maximum printing temperature can reach 500℃, which can solve the problem of rapid heating of high-temperature filaments and continuous printing, effectively extending the service life of the nozzle.

Features
  • Min. Orifice Diameter φ0.25
  • Tolerance ±0.01mm
  • Inner Hole Roughness ≤Ra0.4μm
  • Concentricity ≤0.02mm
  • Hardness 6 Mohs
  • Maximum printing Temperature 500°C
  • Thermal Conductivity 330W/m·k
  • Expansion Coefficient 16.7μm/m·℃