FROM MEDICAL IMPLANTS TO AEROSPACE EQUIPMENT: TITANIUM IS SYNONYMOUS WITH DEVELOPMENT
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Ti
Titanium
Why Titanium?
Look around you. Probably, there is something made with titanium as its base.
For instance, 2/3 of dyes and pigments are made from TiO2, which is the main ingredient for the global paint industry. Additionally, titanium can be used to produce essential items for improving life, such as automotive components, dental prosthetics, or even bicycles, among a variety of other products. But beyond its everyday use, titanium can be highly strategic. This is the case with metallic Ti, which contributes to sectors of the aerospace, naval, and defense industries.
Stronger than steel and aluminum
Look around you. Probably, there is something made with titanium as its base.
For instance, 2/3 of dyes and pigments are made from TiO2, which is the main ingredient for the global paint industry. Additionally, titanium can be used to produce essential items for improving life, such as automotive components, dental prosthetics, or even bicycles, among a variety of other products. But beyond its everyday use, titanium can be highly strategic. This is the case with metallic Ti, which contributes to sectors of the aerospace, naval, and defense industries.
It's about 45% lighter than steel
Look around you. Probably, there is something made with titanium as its base.
For instance, 2/3 of dyes and pigments are made from TiO2, which is the main ingredient for the global paint industry. Additionally, titanium can be used to produce essential items for improving life, such as automotive components, dental prosthetics, or even bicycles, among a variety of other products. But beyond its everyday use, titanium can be highly strategic. This is the case with metallic Ti, which contributes to sectors of the aerospace, naval, and defense industries.
It has greater corrosion resistance; thus, it has a longer lifespan
Look around you. Probably, there is something made with titanium as its base.
For instance, 2/3 of dyes and pigments are made from TiO2, which is the main ingredient for the global paint industry. Additionally, titanium can be used to produce essential items for improving life, such as automotive components, dental prosthetics, or even bicycles, among a variety of other products. But beyond its everyday use, titanium can be highly strategic. This is the case with metallic Ti, which contributes to sectors of the aerospace, naval, and defense industries.
Can be used at high temperatures
Look around you. Probably, there is something made with titanium as its base.
For instance, 2/3 of dyes and pigments are made from TiO2, which is the main ingredient for the global paint industry. Additionally, titanium can be used to produce essential items for improving life, such as automotive components, dental prosthetics, or even bicycles, among a variety of other products. But beyond its everyday use, titanium can be highly strategic. This is the case with metallic Ti, which contributes to sectors of the aerospace, naval, and defense industries.
Highly resistant to fatigue
Look around you. Probably, there is something made with titanium as its base.
For instance, 2/3 of dyes and pigments are made from TiO2, which is the main ingredient for the global paint industry. Additionally, titanium can be used to produce essential items for improving life, such as automotive components, dental prosthetics, or even bicycles, among a variety of other products. But beyond its everyday use, titanium can be highly strategic. This is the case with metallic Ti, which contributes to sectors of the aerospace, naval, and defense industries.