Our proud titanium rods for 3D printing powder production provide you with high-quality raw materials for the preparation of high-performance metal powders.
titanium bar Grade 5 for 3D printing powder making are mainly supplied to aerospace, shipbuilding, medical, etc., using plasma rotating electrode atomization method PREP powder making, electron beam fuse deposition rapid prototyping EBF3, arc fuse gas shielded welding GMAW and GTAW titanium and titanium alloy wire products.
Mechanical Properties Of Additive Manufacturing Grade 5 Titanium Rod (Special for 3D Printing)
- Tensile Strength: ≥ 895Mpa
- Non-proportional Elongation Strength: ≥ 825Mpa
- Elongation after Break: ≥ 10
- Sectional Shrinkage: ≥ 25
Chemical Composition
- N≤0.05
- C≤0.08
- H≤0.015
- O≤0.30
- Fe≤0.20
- Al: 5.5-6.75
- V: 3.5-4.5
Raw Material Selection
Use sponge titanium of grade 0 or above, with oxygen content less than 500ppm, and smelt it three times in a vacuum consumable arc furnace to ensure that the product composition is uniform and without segregation.
Production Process
- Sponge titanium 3 times smelting
- Forging Billet
- Rolling Titanium rod
- CNC Machining
- Ultrasonic Testing
- Surface Testing
- Packaging
