Bondtech CHT BiMetal RepRap M6 Coated Nozzle

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Size: 0.4 mm
Price:
Sale price$54.99 CAD

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Description

Bondtech CHT BiMetal RepRap M6 Coated Nozzle

Copper and Hardened Vanadium Steel nozzles for high flow applications with abrasive materials.

Nozzles are supplied with Nickel Coating (grey color).

Increase the Max Volumetric Flow of your RepRap M6 style heat block.

These nozzles are manufactured by Bondtech in-house,
and will fit the following blocks/printers:

  • Mosquito® / Magnum
  • Mosquito® Liquid
  • Mosquito® Magnum+
  • Copperhead™
  • E3D Chimera and Kraken
  • E3D V4, V5 and V6 blocks
  • Prusa i3, Prusa Mini
  • RepRap M6
  • BambuLab X1

ALERT : Avoid Cold Change Of Bondtech CHT Nozzles

Copper is a soft material and doesn't withstand high mechanical efforts.
Before removing or tightening any Bondtech CHT nozzle, heat it up to 280C, or at least above 250C.
Use at most 1.0 Nm torque. Recommended Torque is 0.5 Nm.

ALERT : Size limitation for fiber loaded filaments

For Carbon or Glass fiber loaded abrasive filaments use only 0.6, 0.8 and 1.0mm nozzle size.

ALERT : For particle loaded filaments

For metal, wood, glitter or other particle loaded abrasive filaments you may use the 0.4mm nozzle size.



Features

    • Copper body;
    • Hardened Vanadium Steel inserts;
    • Nickel Coating;
    • 1 unit per pack;
    • Available sizes : 0.40, 0.60, 0.80, and 1.0mm;
    • Optimized for 1.75mm filament;
    • Compatible with 2.85mm filament.
    • Requires 6mm wrench

Bondtech CHT BiMetal RepRap Coated Nozzle Advantages

  • Abrasive-proof to work with Carbon and Glass fiber composite materials;
  • Higher melt capacity by increasing the surface area of the heating walls
  • Flow Rate gains between 25 and 65%
  • Competitive price/performance price
  • Machined with ultra-precision
  • Copper body and Hardened Vanadium Steel inserts nozzle with Nickel coated surface
  • Follows nozzle standard:
    • RepRap M6 (M6×1×7.5×12.5)
  • May be used with 1.75 or 2.85mm hotends.

Flow Rate gains may vary. Results depend on the hardware, materials and print settings used.

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