Copperhead for Ender/CR-10(S) DDX PH2
Upgrade your Creality hotend with genuine Copperhead heat Break and Hot Block to PHase 2 of the DDX Direct Drive eXtruder.
Turn your Creality hotend into an all-metal.
Stop the issues created by the PTFE deformation when using temperatures above 220° C
This Copperhead hotend upgrade for DDX PHase 2 on Creality uses the stock heat sink.
Stock nozzles will not fit this hot block. You need to upgrade the nozzles to the RepRap standard : M6x1x7.5×12.5
Product Includes:
- DDX Thermistor Adapter 3.0 mm
- Copperhead Hot Block
- Copperhead C-E Heat Break
- 0.4mm Bondtech Coated Nozzle M6×1×7.5×12.5 1.75
Heat Sink not included : )
Shipping along the product:
- 1g bag of Thermal Paste
For better thermal performance use Boron Nitride Paste from Slice Engineering.
This Copperhead™ set is the right configuration to install with Bondtech DDX Direct Drive eXtruder for Creality on the following compatible models:
- Creality Ender-3
- Creality Ender-3 Pro
- Creality Ender-5
- Creality Ender-5 Pro
- Creality Ender-5 Plus
- Creality CR-10
- Creality CR-10 Mini
- Creality CR-10S
- Creality CR-10 S4
- Creality CR-10 S5
Bi-metallic Technology
Product is supplied with a Nickel plated Copper Hot Block and a W2S (Tungsten Disulfide) plated Stainless Steel and Copper Heat break. Some images attached may show the unplated Copper Heat Break.
About the Heat Break and Hot Block
The cutting-edge Stainless Steel and Copper Heat Break and the Copper Hot Block that Slice Engineering designed for the Copperhead™, are its biggest advantage against the competition. That’s why in many occasions, such as this one, the Heat Sink it self can be skipped, and users can keep the one that come with their printers.
Stock nozzles will not fit this hot block. You need to upgrade the nozzles to the RepRap standard : M6x1x7.5×12.5
How To Change Nozzles
When changing nozzles with this hotend immobilize the hot block before twisting the nozzle. Forcing the nozzle to screw in, or to unscrew, without holding the hot block steady, may cause severe damage to the heat break.