Titanium Grade 5 Titanium rod Ti6Al4V Titanium round rod 3.7164 dia 20-200mm solid shaft 0.1-2.5 meter (length : 0.2 Meter, size : 180mm)

Length tolerance +/-2mm

If you require a different steel grade or size, please get in touch with us. Our sales team can provide you with a quote based on current stock or delivery options.

• No production time – this item is available from stock.
• Shipping preparation takes 2-3 business days.
• Delivery time depends on your chosen parcel service. Please refer to our FAQ for details.

3.7164, also known as titanium grade 5 or Ti6Al4V, is an age-hardenable titanium alloy (up to 25 mm thickness), containing approximately 88.74–91.0% titanium, 5.5–6.75% aluminum, and 3.5–4.5% vanadium. This alloy stands out for its impressive strength, toughness, and ductility. It offers excellent fatigue resistance, even in humid or marine environments. Ti6Al4V is well-suited for welding, hot forming, and machining. It also boasts excellent corrosion resistance against a broad range of aggressive media, and can be used at temperatures up to about 400°C.

Buying titanium grade 5 through the Evek GmbH online shop is fast and straightforward. We guarantee top quality and reliable worldwide shipping.

Ti6Al4V is widely used in the aerospace sector and is also popular in both onshore and offshore industries. Other key applications for 3.7164 include:

• Plant and mechanical engineering
• Energy technology (wind, water, nuclear)
• Gas turbines
• Ultrasonic technology (sonotrodes)
• Sports equipment (such as boats, bicycles, and climbing gear)

Main characteristics of titanium grade 5:

• High strength, toughness, and ductility
• Outstanding fatigue resistance, even in moist conditions
• Good weldability, hot formability, and machinability
• Excellent corrosion resistance
• Maximum service temperature around 400°C

Evek GmbH offers competitive pricing for titanium grade 5 and is your reliable partner for Ti6Al4V supply. We ensure safe, efficient deliveries and are open to close cooperation.

Chemical composition (in %)