Titanium wire Grade 5 Ø0.2-8mm 3.7165 Titanium wire Ti6Al4V Titanium R56200 1-50 meters (length : 1 Meter, diameter : 0.3mm)

Please note: When ordering a specific wire length, the quantity delivered may vary by +/- 2%. The wire is shipped either on a different spool or as a coil. If you prefer the wire on a reel, please contact us – supplying a reel is possible for an additional fee. Product images show spools containing 2-3 kg of wire.If you require different steel grades or sizes, let us know. Our sales team can provide an offer from our available stock or delivery program.- Production time: none, the item is in stock. - Preparation for shipping: 2-3 business days. - Delivery time: depends on the chosen shipping service (refer to our FAQ for details).Titanium wire 3.7165 (Grade 5, Ti6Al4V) contains 88.74–91% titanium, alloyed with approximately 5.50–6.75% aluminum and 3.5–4.5% vanadium. Aluminum improves resistance to scaling, while vanadium increases high-temperature and tensile strength. This alloy can be hardened, is easy to hot work, and offers excellent weldability. It is highly resistant to salt water and marine environments, and also has high strength, toughness, and ductility. Grade 5 titanium is biocompatible, making it suitable for medical implants, and has good creep resistance up to about 300°C.Common applications include: - Medical implants - Aerospace components (compressor blades, housings, engine fasteners) - Automotive industry (valves, connecting rods) - Ultrasound technology (sonotrodes) - Onshore and offshore engineering - JewelryKey properties: - Excellent scaling and heat resistance - High strength and tensile strength - Good toughness and ductility - Outstanding weldability - Good hardenability - Excellent resistance to salt water and marine environments - Good creep resistance up to 300°C - Superior biocompatibilityYou can purchase Grade 5 titanium wire (3.7165, Ti6Al4V) from Evek GmbH. We offer immediate delivery from stock and have extensive experience as a reliable supplier of titanium alloys.