TITANIUM



- TITANIUM HYDRIDE
- TITANIUM ALLOY(INTERMETALLIC COMPOUNDS)


● Titanium powder and its alloy powder

- The density of titanium is about 58% of steel and strength is twice as much as steel. Different from other metals, titanium is lighter and stronger. Specific strength is better than that of any other conventional alloy in the range of temperature 200~600℃. Corrosion resistance is better than that of any other substance. And it has excellent performance in corrodible conditions.

It also has an excellent deoxidation and decarbonization effect and gives various properties when alloyed and combined with other materials. It also used for Body or parts for airplane, parts for automobile, parts for vessel or submarine, parts for various machine, cutting tools, molds, medical equipments, biomaterials, home appliances and goods for leisure or sports, starting material for manufacturing of alloys,, ceramics and intermetallic compounds, getter material in vacuum technology, polishing powder and abrasives, deoxidizing and decarbonating agent in powder metallurgy, pyrotechnical incendiary compositions, hydrogen source for metal forming, soldering ceramics or glass to metals, polishing plate and wheel, airbag retarder, Diamond surface coating, thermal spray coating, Titanium metallurgy, shape memory alloy.

▶ Titanium Powder

Product No.

Powder Grade

Delivery Type

Gain on Ignition [%]

Ti Total [%]

Hydrogen content [%]

Auto Ignition
Temperature[℃]

Combustion Rate
[sec/50cm]

Particle Size [μm]
< Seiving size >

Average Paticle Size [μm]
< Blaine >

Average Paticle Size [μm]
< Laser Diffraction >

20001

T-N1

Dry

-

min. 99%

min. 0.03%

N/A

N/A

min. 99.9% < 300

N/A

60 +/- 3


20002

T-N2

Dry

-

min. 99%

min. 0.035%

N/A

74 +/- 7

min. 99.9% < 180

N/A

32 +/- 3


20003

T-N3

Dry

-

min. 99%

min. 0.035%

N/A

70 +/- 7

min. 99.9% < 120

11 +/- 3

22 +/- 3


20004

T-N4

Dry

-

min. 99%

min. 0.035%

N/A

67 +/- 7

min. 99.9% < 80

9 +/- 3

18 +/- 3


20005

T-N5

Dry

-

min. 99%

min. 0.035%

N/A

65 +/- 7

min. 99.9% < 50

7 +/- 3

14 +/- 3



▶ Titanium Hydride Powder

Product No.

Powder Grade

Delivery Type

Gain on Ignition [%]

Ti Total [%]

Hydrogen content [%]

Auto Ignition
Temperature[℃]

Combustion Rate
[sec/50cm]

Particle Size [μm]
< Seiving size >

Average Paticle Size [μm]
< Blaine >

Average Paticle Size [μm]
< Laser Diffraction >

20006

TH1

Dry

-

min. 95%

min. 3.8%

min 400℃

N/A

min. 99.9% < 300

N/A

60 +/- 3

20007

TH2

Dry

-

min. 95%

min. 3.8%

min 400℃

N/A

min. 99.9% < 180

N/A

27 +/- 3


20008

TH3

Dry

min. 58.4

min. 95%

min. 3.8%

min 400℃

N/A

min. 99.9% < 120

10 +/- 3

18 +/- 3


20009

TH4

Dry

min. 58.4

min. 95%

min. 3.8%

min 400℃

N/A

min. 99.9% < 100

8 +/- 3

14 +/- 3


20010

TH5

Dry

min. 58.4

min. 95%

min. 3.8%

min 400℃

N/A

min. 99.9% < 38

6 +/- 3

10 +/- 3


20011

AR1

Dry

min. 58.8

min. 95%

min. 3.8%

min 400℃

N/A

min. 99.9% < 63

5.0 +/- 1.0

13.0 +/- 3.0


20012

AR2

Dry

min. 56.7

min. 94%

min. 3.7%

min 230℃

N/A

min. 99.9% < 45

1.8 +/- 0.2

3.7 +/- 0.6


20013

GP1

Dry

min. 56.7

min. 94%

min. 3.7%

min 230℃

N/A

min. 99.9% < 38

2.3 +/- 0.4

4.6 +/- 0.6