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Titanium Hex Bar

Titanium hex bar

What is a Titanium Hex Bar (Grades 2 & 5)?

These hexagon-shaped bars are capable of bearing loads in structural applications. A titanium hex bar is perfect for automotive, marine, aerospace, and medical sectors because of its strength, high machinability, and dimensional accuracy.

Titanium alloy hexagon bars stockists in India

What is the difference between Grade 2 and Grade 5 Titanium Hex Bar? How do their properties compare?

Clients can choose titanium Grade 2 hex bar (commercially pure Ti) or Grade 5 (including aluminium and vanadium). The latter delivers higher strength and corrosion resistance. A titanium Grade 5 hex bar also works more consistently in high-speed water (120 ft/sec).

A DIN 3.7035 hexagonal bar has a low thermal expansion coefficient and performs well in heat-based applications demanding thermal stability.

Specification of titanium hex bar

Specifications Size Surface finish
ASTM B348 6.35-300mm Black, BA finish, bright polished, no.4 finish, rough turned, matt finish
Condition Grade Applications
cold drawn, annealed, polished grade 1 - 4(pure titanium), grade 5, 6-4, 6-2-4-2, 6-4 ELI, 6-2-4-6 Airospace industry, medical industry

We only use the highest-quality titanium grade 5 Hex Bars to ensure that our products are exceptionally strong and durable, we also provide advantages and disadvantages of using Ti Alloy Grade 2 Hollow Hex Bar

What are the advantages and disadvantages of using a Titanium Hex Bar over other forms of titanium?

Excellent strength for the weight and tolerance for high temperatures make titanium alloy Grade 2 hex bars highly sought after. This biocompatible material is also thermally stable.

However, customers should be aware of potential restrictions with a titanium UNS R56400 hex bar, like high costs and challenging production.

Types of ti gr2 hex bar

Titanium Gr 2 Hexagonal Bar

Titanium Gr 2 Hexagonal Bar

Titanium Alloy Grade 2 Hex Bars

Titanium alloy grade 5 hex bars

Titanium UNS R56400 Hex Bar

Titanium UNS R56400 hex bar

Titanium Alloy Hexagon Bars

Titanium alloy hexagon bars

A uniaxial tensile test, which involves applying an axial load to the bar until it fractures, can be performed to evaluate the tensile strength of UNS R56400 Hex Bar and Titanium Alloy Hexagon Bars

Which testing methods and standards measure the tensile strength of a Titanium Hex Bar? How do manufacturers ensure compliance with these standards?

The average tensile strength of titanium alloy hexagon bars is around 950MPa. At Manifest Alloys, we conduct tensile testing to ensure adherence to global specifications.

The typical procedure involves subjecting the DIN 3.7165 hex bar to a set load until the fracture point. Customers can check the metallurgical characteristics in the Mill Test Certificate.

Chemical composition of ti gr5 hex bar

Grade Al N C V O Ti H Fe
Titanium grade 2 - 0.03 max 0.10 max - 0.25 max bal 0.015 max 0.30 max
Titanium grade 5 6 min - - 4 min 0.02 max 90 min - 0.25 max
When compared to other metals, the lightness and strength of Titanium Gr 5 Hexagonal Bar and DIN 3.7165 hex bars highlight its unique specialty; see the benefits of using it in aerospace and defence applications.

What are the benefits of using Titanium Hex Bar in aerospace, such as reduced weight, improved corrosion resistance, or increased strength?

The aviation sector is one of the major consumers of an ASTM B348 Ti alloy hex bar for aircraft structures, engines, and propellers. Titanium is frequently seen in aerospace applications since it delivers a high strength-to-weight ratio. A UNS R50400 hex bar is lightweight, sturdy, and temperature tolerant.

Mechanical properties of ti alloy hexagon bars

Grade Density Elongation Tensilestrength Melting point Yieldstrength(0.2%Offset)
Titanium grade 2 4.5 g/cm3 20% Psi-49900, MPa-344 1665°c(3030°F) PSi-39900, MPa-275
Titanium grade 5 4.43 g/cm3 14% Psi-138000, MPa-950 1632°c(2970°F) PSi-128000, MPa-880

To ensure that the UNS R50400 hex bar and DIN 3.7035 Hexagon Rod meets the required mechanical and chemical properties for a specific application, it is essential to check its specification and finishes

How are the mechanical and chemical properties of a Titanium Hex Bar affected by the alloy composition and manufacturing process?

A titanium Gr 5 hexagonal bar uses an alpha-beta Ti alloy to reap strength and durability benefits. The manufacturing process also affects the properties of a titanium Gr 2 hexagonal bar, including dimensional accuracy and surface finish.

The usual production approach is through the Kroll method, followed by forming and shaping.

Equivalent grade of UNS R56400 hex bar

Grade UNS Werkstoff Nr.
Titanium grade 2 R50400 3.7035
Titanium grade 5 R56400 3.7165

Surface finishes of titanium hex bar

CD Cold drawn P Polished
CF Cold finished HRAP Hot rolled pickled and annealed
BD Bright drawn SRE Slit rolled edge
P&T Peeled and turned RT Rough turned / peeled
ST Smooth turned PR Reeled and peeled
CG Centreless ground HF Hot finished