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Nozzle E3D V5 V6 TC4 Titanium Alloy M6 threaded nozzle
Nozzle E3D V5 V6 TC4 Titanium Alloy M6 threaded nozzle
Nozzle E3D V5 V6 TC4 Titanium Alloy M6 threaded nozzle
Nozzle E3D V5 V6 TC4 Titanium Alloy M6 threaded nozzle
Nozzle E3D V5 V6 TC4 Titanium Alloy M6 threaded nozzle
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Nozzle E3D V5 V6 TC4 Titanium Alloy M6 threaded nozzle

  • Description
Description
Product information for E3D V5 V6 Stainless Steel Nozzle

Model Name: E3DV5 V6 Titanium Alloy Nozzles

Material: Titanium Alloy

Product Size: 12.5mm X 7.5mm

Inner diameter: 2.0mm, 3.2mm

Filament: For 1.75mm, 3mm

Thread: M6

Nozzle diameter: 0.1mm/0.2mm/0.25mm/0.3mm/0.35mm/0.4mm/0.5mm/0.6mm/0.8mm/1.0mm

Package: 1 nozzle

TC4 Titanium Alloy nozzle selling in PERTH

 

Features:

Our TC4 titanium alloy nozzles are precision-crafted to fit the E3D series, and are perfect for any project that requires high-quality printing. The titanium alloy is harder than stainless steel, making the nozzle much more wear-resistant and increasing its lifespan. We've added a new nozzle length to our printer – the 0.8mm will create finer details with any 3mm filament, perfect for intricate prints. Our TC4 alloy has a strength of 1,012 MPa, density of 4.4×103, specific strength of 23.5, and the specific strength of alloy steel is less than 18. Despite its low thermal conductivity, titanium alloy is still a popular choice for engineering projects. Its low weight and corrosion resistance are major benefits, and the metal still retains some heat-transfer capabilities despite its low rating.

 

The nozzle is made of titanium alloy, a high-quality material that is known for its stability performance. The titanium alloy is also very light and durable, which makes it a perfect choice for the print something hard.

 

Superiority:

1. High strength and hardness alloy, precision-made and designed for 3D printers. Made of extremely hard and wear-resistant material, stronger than steel.

2. Good corrosion resistance and strength retention. Suitable for all storage temperatures, from -30C to +120C. Extensive temperature range. Can withstand prolonged high temperatures and low temperatures

3. High heat resistance . It can withstand a temperature of at-least 200C, and its use for hot extrusion greatly improved the efficiency of filament extrusion

4. Wear resistance . The alloy is not only more wear-resistant than other alloys, but also not very easily worn. It is significantly better in wear resistance than carbon steel,

5. Finer processing . It can be finished with different processing methods, such as annealing, tempering, and coating. It has excellent mechanical properties and ease of finishing.


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