What are the properties of the raw materials of titanium coils?

Titanium alloys are generally used as raw materials in the manufacture of titanium coils. Titanium alloy is a material made of titanium alloyed with other metal components (such as aluminum, iron, copper, etc.). These compounds combine titanium's lightweight properties, high strength and corrosion resistance with the special properties of other metals.

1. Low density and high specific strength:

The density of titanium metal in titanium coil is 4.51g/cm3, which is higher than aluminum and lower than steel, copper and nickel. Its unity is the greatest in metal.

2. Corrosion resistance:

Titanium is a very receptive metal. Its equilibrium potential is extremely low and its thermodynamic erosion tendency in the medium is extremely high. However, truth be told, titanium is completely stable and corrosion-resistant in different media, such as oxidizing media, unbiased media, and sadly reducing media.

3. High heat resistance:

The new titanium alloy can be used for a long time at temperatures of 600°C or higher.

4. Low temperature is a big obstacle:

Low-temperature titanium amalgam prepared from titanium compounds TA7 (Ti-5 Al-2.5Sn), TC 4 (Ti-6 Al-4V) and Ti-2.5Zr-1.5Mo has an increased degree of unity as the temperature decreases, but is flexible The degree increase doesn't change much. It maintains good ductility and durability at low temperatures of - 196-253°C and avoids the cold brittleness of metals. It is ideal for cryogenic racks, storage boxes and other equipment.

5. Damping execution:

After titanium metal is subjected to mechanical vibration and electrical vibration, its vibration contraction time is longer than that of steel and copper metal. Titanium's vibrational properties can be used to make tuning forks, academic grinder components and vibrating audio speaker membranes.

6. No magnetism, no pollution:

The titanium in the titanium coil is an unattractive metal and will not be charged in a huge attractive field. It is non-polluting, very similar to human tissue and blood, and is used by academia.

7. Yield strength is similar to tensile strength:

This property of titanium indicates a high yield strength ratio (stiffness/yield strength), indicating an unfortunate plastic defect in the titanium metal during its forming process. The versatility of titanium becomes even more noteworthy in molding systems due to its enormous ratio of yield strength to elastic modulus.

8. The heat exchange execution intensity is high:

Although the thermal conductivity of titanium metal is lower than that of carbon steel and copper, its wall thickness can be significantly reduced due to its good consumption resistance. Droplet condensation reduces heat mass and is a method of transferring heat between a surface and steam. Hot weather can also be reduced if the surface is cooled. Because scaling does not exist on the surface, titanium's strength-moving properties can be radically scaled.

9. Low elastic modulus:

The universal modulus of titanium is 106.4GMPa at room temperature, which is 57% of steel.

10. Breathability:

The titanium in titanium coils is a very reactive metal and can react with many different substances and elements at high temperatures. The process of carbon, hydrogen, nitrogen and oxygen reacting at high temperatures is called "titanium respiration."