Titanium (Ti) is a metal that stands out for its high strength, light weight, excellent corrosion resistance and biocompatibility. Titanium is widely used in many industries thanks to these outstanding properties.

1. Pure Titanium (Commercially Pure Titanium)

Titanium has 4 main grades (Grade 1, 2, 3, 4) all four of which have differences in strength and ductility.

Titanium Grade 1: Ti accounts for about 99.5%, the rest is O and Fe

Advantages: Most flexible, easy to process, best corrosion resistance against grades

Applications:

- Pipes: Used in heat exchange systems, chemical pipes in water treatment plants.

- Plates: Making medical equipment shells, architectural panels (roofs, walls) thanks to their corrosion resistance and aesthetics.

- Round bars: Processing small details in medical equipment or surgical instruments.

Titanium Grade 2:

Chemical composition: 99% Ti, the rest is O and Fe.

Advantages: Balance between strength and ductility, most popular in industry.

Applications:

- Pipes: Oil and gas pipelines, cooling systems in power plants.

- Plates: Ship hulls, shields in the chemical industry.

- Round bars: Making shafts, bolts in road and bridge construction or marine equipment.

Titanium Grade 3:

Chemical composition: 98.7% Ti, the rest is O and Fe

Advantages: Higher strength than Grade 2, but less ductile.

Applications:

- Pipes: High pressure systems in chemical plants

- Plates: Making chemical tanks or components in the energy industry.

- Round bars: Processing load-bearing parts in industrial equipment.

Titanium Grade 4: Ti accounts for 98.5%, the rest is O and Fe.

Advantages: Highest strength in pure titanium line, good corrosion resistance.

Applications:

- Pipe: Making pipes in harsh environments such as seawater.

- Plate: Components in desalination plants or nuclear power plants.

- Round bar: Making structural frames in coastal works.