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 : 120mm)

Length Tolerance: +/-2mm

If you require a different steel grade or size, please reach out to us. Our sales team will gladly provide a customized quote from our available stock or delivery schedule.

• Production time: None – item is in stock.
• Dispatch preparation: 2-3 business days.
• Delivery time: Varies by courier service. Please refer to our FAQ for details.

3.7164, also known as titanium grade 5 or Ti6Al4V, is an age-hardenable titanium alloy suitable for thicknesses up to 25 mm. Its composition includes approximately 88.74-91.0% titanium, 5.5-6.75% aluminum, and 3.5-4.5% vanadium. This alloy is well-known for its combination of high strength, toughness, and ductility, and maintains excellent fatigue resistance even in humid or marine environments. Ti6Al4V is easy to weld, hot form, and machine. It is highly corrosion-resistant and withstands various aggressive environments, with an upper service temperature of about 400°C.

Ordering titanium grade 5 from Evek GmbH is straightforward and efficient, with worldwide shipping and quality assurance.

This alloy is primarily used in the aerospace industry but is also popular in onshore and offshore engineering. Other common uses for 3.7164 include:

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

Key features of titanium grade 5 include:

• Excellent strength, toughness, and ductility
• Outstanding fatigue resistance in moist conditions
• Good weldability, hot formability, and machinability
• High corrosion resistance
• Service temperature up to approximately 400°C

Evek GmbH offers competitive pricing and reliable delivery for titanium grade 5 (Ti6Al4V). As an experienced supplier, we are committed to safe and hassle-free service and welcome close collaboration with our customers.

Chemical Composition (in %)