- What is TranTixxii Titanium
- TranTixxii Trademark Design
- TranTixxii Properties
- Titanium Production Flowchart
- Comparison Table: Titanium vs. Other Materials
- Colors and Surface Finishes
- Variations - Colors, Surface Gloss, and Samples
- Design Inspirations
- Industrial Applications of Titanium
- Architectural Applications of Titanium
- Environmental Certifications & Products
What is TranTixxii Titanium
TranTixxii Titanium
- TranTixxii stands for “delivering elegant titanium products” and “developing elegant titanium materials.”
- Nippon Steel transforms high-performance titanium materials into the design-driven titanium brand “TranTixxii.”
- We further advance manufacturing and design capabilities; protect the global environment and culture; reduce life-cycle cost; reduce weight; and enhance the safety of products and buildings-co-creating a better future through sensitivity and technology.
- TranTixxii Titanium is not only strong, lightweight, and corrosion-resistant-it is also friendly to people and the environment.
TranTixxii Trademark Design
TranTixxii Trademark
TranTixxii Properties
Exceptional Corrosion Resistance |
Titanium readily forms a stable oxide (passive) film, giving it excellent corrosion resistance. In typical service environments, titanium is virtually immune to corrosion. |
|---|---|
Lightweight |
Titanium’s specific gravity is about 60% that of iron, helping reduce product weight and improve a building’s seismic performance. It also lowers transport loads and workload, enhancing safety. |
High Strength |
Titanium’s strength is comparable to steel. It offers a very high strength-to-weight ratio (specific strength). |
Human- and Eco-Friendly |
Titanium is biocompatible-safe enough for artificial bones without ion elution. TranTixxii’s color expression requires no paint, reducing VOC emissions and benefiting the environment. |
Flexibility & Springback |
When bent, titanium is resilient and tends to return to its original shape, showing spring-like behavior. |
Heat Resistance |
With respect to its coefficient of thermal expansion, titanium is one-half that of stainless steel and copper, and one-third that of aluminum. Therefore, it is a metal that undergoes much less thermal expansion with changes in temperature. In addition, titanium’s melting point is 1,668°C-higher than that of other metals-and it has been certified as a non-combustible material by the Ministry of Land, Infrastructure, Transport and Tourism. |
TranTixxii Titanium Production Flowchart
Titanium Production Flowchart
Comparison Table: Titanium vs. Other Materials
Colors and Surface Finishes
Variations - Colors, Surface Gloss, and Samples
Color Variations
Surface Finish Variations
Design Inspirations
Industrial Applications of Titanium
Architectural Applications of Titanium
Environmental Certifications & Products
Certified to the ISO 14001 Environmental Management System
- ISO 14001 is the international environmental management standard established by the International Organization for Standardization (ISO).
- The Titanium Division is ISO 14001 certified and actively works to protect the surrounding environment and improve the environmental management system at its manufacturing plants.
Environmentally Friendly Products
- Titanium features low density, high strength, and excellent corrosion resistance. These advantages support weight reduction in automobiles and aircraft-lowering fuel consumption-and its use in fuel-cell vehicle components contributes to a hydrogen society.
- From a life-cycle cost perspective, titanium is advantageous for components requiring high corrosion resistance, such as construction materials used in port facilities, due to its long service life.