Copperhead C-Pro Max Heat Break

Numéro d'article: BT-14262
catégorie: Hotends

Copperhead C-Pro Max Heat Break
This Heat Break is a part of the new
DDX Phase 2 upgrade

38,07 €

inclus 19% TVA , plus (Paketversand bis 1m)

Available, please note the delivery time
Temps de livraison: 20 - 21 jours ouvrables À l'étranger

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Copperhead C-Pro Max Heat Break

Copperhead C-Pro Max Heat Break
This Heat Break is a part of the new
DDX Phase 2 upgrade - Freight Weight. 20
Dimensions: 8 × 5 × 1 cm
This Heat Break is a part of the new
DDX Phase 2 upgrade for Creality CR-10S Pro and CR-10 Max hotends
Materials Technology
This Bimetallic Copperhead™ Heat Break is made with:
Stainless Steel
Copper alloy
Rated up to 450 °C
EAN : 0850005423720

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Compatibility
This Heat Break is compatible with:
Creality CR-10S Pro
Creality CR-10S Pro v2
Creality CR-10 Max
Included in this Copperhead™ Heat Break set:
Copperhead™ C-Pro Max Heat Break
Bi-metallic Technology
Product is supplied with a W2S (Tungsten Disulfide) plated Stainless Steel and Copper Heat break. Some images attached may show the unplated Copper Heat Break.
From
Problem Solving Heat Break
The Copperhead™ is a low-cost, open-source hotend option that can handle the heat — heat creep, that is. Replace your factory model hotend with the Copperhead™, to upgrade your 3D printer’s performance and reduce jamming, giving you a smooth print every time.
Advanced Materials Technology
Unlike most materials, plastics don’t have a clean transition from solid to liquid during melting. As filament moves through the hotend, it heats up and reaches the material’s glass transition temperature (Tg), entering a semi-solid, semi-liquid, “gooey” state. While in this state, the plastic responds to applied forces like a wet noodle, causing undesirable print effects like reduction in resolution, blobbing and jamming. An efficient heat break narrows the physical distance during which the plastic is at it’s Tg, and thus improves 3D printer performance. The Bimetallic Heat Break™ from Slice Engineering® is the only heat break designed through the use of thermal imaging to optimize heat transfer.

Poids de livraison:	0,02 Kg
Poids de l'article:	0,02 Kg

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