Material 3.7165

Titanium

Titanium Grade 5 / Material number 3.7165 at BASEDO STEEL


Are you looking for titanium grade 5 / material number 3.7165? Then you have come to the right place.
As a partner for demanding steel requirements, we cover the complete spectrum of today's steel trade - from stainless to corrosion-resistant to heat-resistant. We respond individually to your needs and make an important contribution to your company's success with our sophisticated logistics and international network.

What is Titanium Grade 5 / Material 3.7165?

Titanium Grade 5 belongs to the titanium material group and is characterized - like all titanium alloys - by excellent corrosion resistance, low density and high strength. The main alloying elements for Titanium Grade 5 are vanadium and aluminum.
This modern material is ideal for demanding applications in industry and aerospace. This material is also frequently used in medical technology.

What is Titanium Grade 5 used for?

Due to its specific properties, titanium grade 5 with the material number 3.7165 is typically used for parts, components and accessories in various industries.
In particular, these include components for aircraft, components for ultrasonic technology, components for engine technology and components for motor sports. As a general rule, titanium grade 5 is mainly used in applications where weight reduction plays an important role.

Outstanding mechanical properties and low specific weight

Compared to titanium, titanium grade 5 has several key advantages: It can be age-hardened and has very good mechanical properties. Its low specific weight and excellent mechanical load-bearing capacity make it the ideal material for demanding applications in the industries mentioned.
The maximum temperature when using Titanium Grade 5, which is surrounded by an oxide layer, is around 400°.

What delivery forms are available for Titanium Grade 5 at BASEDO STEEL?

We offer Titanium Grade 5 with the material number 3.7165 in all common as well as customer-specific forms. Typical delivery forms for this material are round, flat, sheet, sheet blanks, tube, tube accessories and wire. Talk to us about your requirements - we are sure to find a solution for your Titanium Grade 5 needs.


Notes on welding and machining of titanium grade 5

Titanium Grade 5 can be welded as well as machined without any problems. When welding, a wide variety of processes such as MIG, TIG, plasma welding, laser welding and electron beam welding are generally possible.
Special care must be taken to ensure complete inert gas protection during the welding process.
When machining titanium grade 5, care must be taken to ensure that the material is machined in the annealed condition wherever possible. Compared with the machining of stainless steels, work should be carried out at a lower cutting speed. Also important: Sufficient cooling should be provided during machining.

Use our inquiry form for a non-binding material inquiry

On our website you will find a practical inquiry form for the material 3.7165. Ask your question - our experts will get back to you within a short time. Of course, this also applies to questions about other materials. Our portfolio ranges from free-cutting steel and structural steel to nickel alloy and rolling bearing steel.
Our services include not only the procurement of the material, but also its upgrading by acceptance bodies such as the TÜV and the preparation of export documents.

Our titanium expert Bianca Bergmann looks forward to advising you without obligation!

Do you have any questions about the material or would you like to order? Complete our inquiry form, it`s free of charge and without obligation. We will get in touch with you in order to provide you with more information.

3.7165

Standards

HDIN / EN US-Standard AFNOR UNI JIS request
request

Material Category: Titanium

Applications

Aerospace
Aircraft construction
Medical technology
Chemical industry

Heat Treatment

Soft annealing at approx. 700 - 840 C° , 30 - 300 minutes , cooling furnace 500 C° , air
Stress relief annealing at approx. 550 - 700 C°, 30 - 60 minutes, cooling furnace 500 C° , air

Any heat treatment of titanium alloys always requires very careful clarification !

Weldability

Titanium Grade 5 can be welded without any problems.

For welding, a wide variety of processes such as MIG, TIG, plasma welding, laser welding and electron beam welding are generally possible.

Chemical Composition

Ti % Al % V % H max %
88.74 - 91.0 5.5 - 6.75 3.5 - 4.5 0.015

 

Product Specifications

DIN 17851
DIN 17860
DIN 17862
DIN 17864
ASTM B 265
ASTM B 367
ASTM B 381
ASTM B 382
F 136
F 467
F 467
ASME SB 265
ASME SB 348
ASME SB 381
UNS R56400
ISO 5832-3

Mechanical Properties

ASTM B348 Zugfestigkeit N/mm² Streckgrenze N/mm² Dehnung A5 D %
  mind. 895 mind. 828 mind 10
AMS 4928 Zugfestigkeit N/mm² Streckgrenze N/mm² Dehnung %
  mind. 931 mind. 862 10

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