Are you looking to buy E3D V6 Plated Copper Heater Block in Australia?
Looking for E3D V6 Plated Copper Heater Block in Australia? We have the whole range and all the spare parts at Phaser FPV.
Browse all our E3D V6
Browse all other E3D Hotends
Plated Copper-Alloy Heater Block
These blocks are engineered for ultimate high temperature performance. Made from a special high temperature copper-alloy with a softening point of well above 500C (compared to aluminium blocks which begin to lose integrity beyond 350°C), and much-increased thermal conductivity these copper blocks are perfect for high temperature applications while working perfectly with everyday filaments like PLA, ABS and spoolWorks EDGE.
In addition to high temperature performance these blocks have an advanced nickel based plating, this plating considerably reduces the adhesion of plastic to the block. This is great for everyday filaments keeping things clean and shiny, but is particularly important at temperatures above 300°C where a silicone sock can't be used.
Use these blocks with our plated copper nozzles for the ultimate extrusion pairing!
Why Copper?
Copper has more than 3x the thermal conductivity of brass, and the copper alloy has been plated to eliminate the oxidation that occurs in copper at high temperatures. A small side effect is that the copper's high thermal mass will also increase heat-up times, but will provide a tighter temperature control.
This copper-alloy is very temperature resilient, and will not start to soften or anneal until way beyond 500°C. It's perfect for the high-temperature printing that aluminium heater blocks can't handle.
Product Specs
- Copper-alloy heater block with nickel plating
- Resistant to temperatures beyond 500°C
- Laser-engraved with E3D logo
- Very shiny
- non-stick surface, to repel filament without a silicone sock
- Compatible with sensor cartridges and silicone socks.
- Note: silicone socks are not intended for use at temperatures exceeding 300°C. Similarly, upgrade to a PT100 if you are printing at high temperatures.
