Titanium Ingot

Titanium Ingot

Product name: titanium ingot
Grade: Grade1,Grade2,Grade5(Ti-6Al-4V),Grade7,Grade12
    Military grade MIL-T-9046
material Quality: industrial pure titanium and titanium alloy

Product Introduction

The production of titanium ingot starts from sponge titanium.
Titanium sponge is a porous, spongy form of titanium metal that is extracted from titanium oxides by magnestic reduction.
This porous structure makes titanium sponge easy to smelt into ingots, so it becomes an ideal raw material for the production of titanium ingots.

Product name: titanium ingot

Grade: Grade 1 ,  Grade 2,   Grade 5 (Ti-6Al-4V),   Grade 7,   Grade 12

             Military grade MIL-T-9046

Executive standard: American Society for Testing and Materials (ASTM) ASTM B348

                                   Chinese National Standard GB/T 3620.1

material Quality: industrial pure titanium and titanium alloy

regulation grid: Customizable specifications and sizes

Surface treatment: pickling mechanical polishing coating

The preparation process of titanium ingot: raw material preparation ----- melting ----- continuous casting ----- processing ----- quality control

chemical composition

GR1 is the softest titanium with the highest ductility and good cold formability, which gives GR1 excellent oxidation resistance from light to high.

GR1 Chemical Analysis

chemical composition(%)

o

N

C

h

Fe

AL

V

Ni

Mo

PD

Others

Residuals

Ti

0.18
Max

0.03
Max

0.08
Max

0.015
Max

0.20
Max

 

 

 

 

 

 

0.4
Max

Bal

GR2 has medium strength and excellent cold formability and weldability. This titanium also has excellent oxidation resistance.

GR2 Chemical Analysis

chemical composition(%)

o

N

C

h

Fe

AL

V

Ni

Mo

PD

Others

Residuals

Ti

0.25
Max

0.03
Max

0.08
Max

0.015
Max

0.30
Max

 

 

 

 

 

 

0.4
Max

Bal

GR5 has very high strength but relatively low ductility. The main application of this alloy is in aircraft and spacecraft. Offshore applications are growing. The alloy is weldable and precipitation hardenable.

GR5 Chemical Analysis

chemical composition(%)

o

N

C

h

Fe

AL

V

Ni

Mo

PD

Others

Residuals

Ti

0.20
Max

0.05
Max

0.08
Max

0.015
Max

0.40
Max

5.5-6.75

3.5-4.5

 

 

 

 

0.4
Max

Bal

GR7 Most corrosion-resistant titanium alloys have excellent resistance to general and localized crevice corrosion in a wide range of oxidizing and reducing acidic environments, including chlorides, with a good balance of moderate strength, reasonable ductility and excellent weldability. Physical and mechanical properties are equivalent to GR2.

GR7 Chemical Analysis

chemical composition(%)

o

N

C

h

Fe

AL

V

Ni

Mo

PD

Others

Residuals

Ti

0.25
Max

0.03
Max

0.08
Max

0.015
Max

0.30
Max

 

 

 

 

0.12-0.25

 

0.4
Max

Bal

o

N

C

h

Fe

AL

V

Ni

Mo

PD

Others

Residuals

Ti

0.25
Max

0.03
Max

0.08
Max

0.015
Max

0.30
Max

 

 

 

 

0.12-0.25

 

0.4
Max

Bal

GR12 is highly weldable, showing increased strength allowed at elevated temperatures, combined with better crevice corrosion resistance, and excellent resistance under oxidizing to mildly reducing conditions, especially chlorides.

GR12 Chemical Analysis

chemical composition(%)

o

N

C

h

Fe

AL

V

Ni

Mo

PD

Others

Residuals

Ti

0.25
Max

0.03
Max

0.08
Max

0.015
Max

0.30
Max

 

 

0.6-0.9

0.2-0.4

 

 

0.4
Max

Bal

 

Physical properties

year garbage

Yield Strength (0.2% Offset)

ultimate tensile strength

Minimum value of elongation, %

minute

maximum

minute

Kesey

MPa

Kesey

MPa

Kesey

MPa

Titanium Grade 1

20

138

45

310

35

240

twenty four

Titanium Grade 2

40

275

65

450

50

345

20

Titanium Grade 5

120

828

-

-

130

895

10

Titanium Grade 7

40

275

65

450

50

345

20

Titanium Grade 12

50

345

-

-

70

483

18

Smelting process: Titanium ingot smelting process is to transform titanium ore into high-purity titanium metal ingot through physical and chemical treatment, including beneficiation, leaching, reduction, refining and casting. In this process, it is necessary to select appropriate process methods and equipment, and strictly control conditions and procedures. At the same time, waste needs to be disposed of properly to protect the environment and health.

Main applications: Titanium ingots have broad application prospects in the fields of aerospace, automobile manufacturing, petrochemicals, medical care and sporting goods, and are expected to open up more application fields in the future.

Titanium ingot

 

Titanium ingot

 

Titanium ingot

 

 

 

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