Bondtech CHT BiMetal MK8 Coated Nozzle Funktioner

• Kobber krop;
• Indlæg af hærdet vanadiumstål;
• Nikkel belægning;
• Tilgængelige størrelser : 0.40, 0.60, 0.80, 1.0mm;
• Optimeret til 1.75mm filament;
• Kompatibel med 2.85mm filament.
• Kræver 6 mm skruenøgle

Bondtech CHT BiMetal MK8 Coated dyse fordele

• Slibesikker til at arbejde med kul- og glasfiberkompositmaterialer;
• Højere smeltekapacitet ved at øge overfladearealet af varmevæggene
• Flowhastighedsstigninger mellem 25 og 65 %
• Konkurrencedygtig pris/ydelsespris
• Bearbejdet med ultra-præcision
• Kobberhus og hærdet vanadiumstål indsatsdyse med nikkelbelagt overflade
• Følger dysestandarder:
  • MK8 (M6×1×5×13)
• May be used with 1.75 or 2.85mm hotends.

Flowrategevinster kan variere. Resultaterne afhænger af den anvendte hardware, materialer og printindstillinger.

ADVARSEL: Undgå kold udskiftning af Bondtech CHT-dyser

Varm varmeblokken op til 280C, eller mindst over 250C, før du fjerner eller spænder en Bondtech CHT-dyse. Brug højst 1,0 Nm moment. Anbefalet 0,5 Nm

ADVARSEL: Størrelsesbegrænsning for fiberfyldte filamenter

Til kul- eller glasfiberfyldte slibende filamenter, brug kun 0,6, 0,8 og 1,0 mm dysestørrelser.

ADVARSEL: Til partikelfyldte filamenter

Til metal, træ, glitter eller andre partikelfyldte slibende filamenter kan du bruge 0,4 mm dysestørrelsen.

Datablad Bondtech_600-A-CHT-MK8-175-XX

These are nozzles for High Flow applications

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

Funktioner

• Available sizes : 0.40, 0.60, 0.80, 1.0, and 1.2mm;
• Optimeret til 1.75mm filament;
• Kompatibel med 2.85mm filament.
• Kræver 6 mm skruenøgle

Hoved Bondtech CHT MK8 Fordele

• Højere smeltekapacitet ved at øge overfladearealet af varmevæggene
• Overkommelig pris
• Bearbejdet med ultra-præcision
• Messing nozzle med nikkelbelagt overflade
• Volcano (M6×1×14.5×21)
• May be used with 1.75 or 2.85mm hotends.

Fordele ved Bondtech Volcano CHT® teknologi:

Bondtech CHT® nozzles del filamentet i 3 tyndere tråde, så materialet kan smelte indefra. Derved smelter materialet hurtigere, og der kan anvendes højere strømningshastigheder.

This nozzle is manufactured by Bondtech in-house,
and will fit the following hotends/blocks:

Main Advantages

• Affordable price
• Machined with ultra-precision
• Brass nozzle with Nickel coated surface

Advantages of the Nickel Coating

A Nickel coating is applied to our Coated Brass nozzles to provide protection against corrosion, erosion, and abrasion. Nickel coated nozzles have more corrosion resistance and lower coefficient of friction, which allows slicker feeding of material and delays plastic adhesion to the nozzle’s surface.

Different nozzle sets for different materials

We recommend you to have several sets of nozzles because:
Using different materials with the same nozzles causes deposit build-up inside the nozzle.
These deposits will cause blockages.
We recommend changing nozzles when changing materials.

Explaining the Bondtech Nozzles reference standard : MA¹×A²×B×C D E

 

MA¹xA² refers to the nozzle threading :
MA¹ thread with A² mm pitch.

B >> refers to the nozzle neck length :
B mm long.

C refers to the nozzle overall length :
C mm long.

D refers to the filament diameter:
1.75 or 2.85 mm

E refers to the nozzle diameter:
15,25, 40, 60, 80 … mm/100

This nozzle is manufactured by Bondtech in-house,
and will fit the following 3D printers:

Main Advantages

• Affordable price
• Machined with ultra-precision
• Brass nozzle with Nickel coated surface

Advantages of the Nickel Coating

A Nickel coating is applied to our Coated Brass nozzles to provide protection against corrosion, erosion, and abrasion. With a Nickel coating the nozzles are more corrosion resistant and have lower coefficient of friction, which allows slicker feeding of material and prevents plastic from adhering to the nozzle surface.

Different nozzle sets for different materials

We recommend you to have several sets of nozzles because:
Using different materials with the same nozzles causes deposit build-up inside the nozzle.
These deposits will cause blockages.
We recommend changing nozzles when changing materials.