UNS R56400 Titanum Pipe For Automotive Turbocharger Engine Parts

UNS R56400 Titanum Pipe For Automotive Turbocharger Engine Parts

​Gr5 titanium alloy tube for manufacturing automotive turbocharger engine parts Size:(Ø20.8 x Ø19.4) / 3000mm (Ø19.8 x Ø 7.8) / 3000mm

Product Introduction

This specification covers high-performance titanium alloy seamless pipes manufactured from Ti-6Al-4V (Grade 5 / UNS R56400 / IDM4005), the most widely used α+β titanium alloy in aerospace, marine, and advanced engineering industries.

The material combines exceptional strength, low density, and superior corrosion resistance, making it suitable for demanding structural and fluid transfer applications.

Available Dimensions

Material

Product Type

Specification

IDM4005 / UNS R56400 (Ti-6Al-4V)

Seamless Pipe

Ø20.8 × Ø19.4 × 3000 mm

IDM4005 / UNS R56400 (Ti-6Al-4V)

Seamless Pipe

Ø19.8 × Ø7.8 × 3000 mm

Custom dimensions are available upon request.

Chemical Composition (ASTM Controlled Range)

Element

Min (%)

Max (%)

Nitrogen (N)

-

0.05

Carbon (C)

-

0.08

Hydrogen (H)

-

0.015

Iron (Fe)

-

0.40

Oxygen (O)

-

0.20

Aluminum (Al)

5.5

6.75

Vanadium (V)

3.5

4.5

Other Elements (each)

-

0.1

Total Other Elements

-

0.4

Titanium (Ti)

Balance

-

Mechanical Properties (Room Temperature)

Property

Value

0.2% Yield Strength

827 MPa (120 ksi)

Ultimate Tensile Strength

896 MPa (130 ksi)

Elongation

≥ 10%

Reduction of Area

≥ 25%

Microstructure Requirements

α + β titanium alloy structure (equiaxed or elongated morphology)

Free from oxygen-rich alpha case layer

No surface contamination detected

Verified by metallographic inspection at ≥100× magnification

Material Characteristics

Ti-6Al-4V (Gr5) titanium alloy offers a unique balance of performance:

High strength-to-weight ratio

Excellent fatigue resistance

Outstanding corrosion resistance in seawater and chemical media

Good weldability and formability

Stable performance under high stress and temperature conditions

Typical Applications

Aerospace structural and hydraulic systems

Marine and subsea engineering

Chemical processing pipelines

High-pressure fluid systems

Medical and precision engineering equipment

Energy and power generation systems

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