GR5 and GR2 Titanium alloy plates

Product Features

GR5 and GR2  Titanium alloy plates have a series of advantages such as excellent corrosion resistance, low density, heat resistance, good heat transfer performance,  high specific strength, and good toughness and weldability. It is used in aerospace, petrochemical, shipbuilding, Automobile, medicine, and other departments that have been successfully applied.

Healthy and environmentally friendly metal

GR5 and GR2  titanium alloy plates do not contain harmful heavy metals, is non-toxic, and have very good compatibility with human tissue and blood, so titanium alloy plates are used by the medical industry to make a variety of human organs and body parts implanted in the human body.  GR5 and GR2  titanium alloy plates is a non-magnetic metals and will not be magnetized in large magnetic fields.

Lightweight

Titanium density is 4.51G/CM

The density is higher than that of aluminum (2.5/cm) and lower than the rigid density (7.9/cm). Although titanium metal is not the hardest, its specific strength is the highest among all metals. The titanium of the same volume of material is 40 lighter than steel%.

Corrosion resistance

Titanium is very stable in many media. Strong acid, strong alkali, and even aqua regia, which is called "the king of acids", cannot corrode it. Titanium can be used in the deep sea for 100 years without rusting at all. Because in the air or oxygen-containing medium, a thin, dense and strong oxide film will be formed on the surface of titanium to protect it from corrosion. Even after wear, it will regenerate or regenerate quickly, so titanium is also called "smart metal".

Not afraid of extreme cold and high temperature

The melting point of titanium is 1668 °C, and titanium alloys can be used for a long time at a high temperature of 500 °C without fatigue. The strength of titanium will increase as the temperature decreases, but the plasticity changes little. Pure titanium can still maintain good ductility and toughness in the extremely cold environment of -259 °C, avoiding the cold brittleness of ordinary metals, and is a good choice for low-temperature work equipment.

Harder than steel

The high tensile strength and yield strength of titanium mean that the titanium material is not easily deformed by pressure or tension after it is formed. The same volume of titanium is stronger than other metal materials. Due to the large ratio of the yield limit of titanium to the elastic model, the resilience of titanium is large when it is formed.

Good heat exchange performance

Although the thermal conductivity of titanium is higher than that of carbon steel and steel bottom, due to the excellent corrosion resistance of  GR5 and GR2  titanium alloy plates, the wall thickness of titanium products can be greatly reduced, and the heat exchange between the surface and the steam is condensed, which reduces thermal resistance and makes The heat transfer performance of titanium is significantly improved.

GR5 and GR2  Titanium alloy plates Photos