When you have high temperature you can find tungsten in action. Because in the case of heat resistance no other metal can be compared with tungsten. Tungsten has the highest melting point of all metals and is therefore also suitable for very high temperature applications.

In addition, it has uniquely low thermal expansion coefficient and very high dimensional stability properties. Tungsten is almost indestructible. For example, this material is used to produce components in the fields of high temperature furnace components, lamp components, and medical and thin film technology.

Tungsten wire is used in many industrial applications such as lighting, radiation shielding, medical devices, vacuum heating, metallized processes, office machines.

The features of the tungsten include a high melting point of 6170 ° F (3410 ° C), a low coefficient of thermal expansion at high temperatures and a low vapor pressure, good electrical and thermal conductivity.

 

TUNGSTEN (WOLFRAM) CHEMICAL COMPOSITION

Tungsten: 99,95 min.

 

TUNGSTEN (WOLFRAM) PHYSICAL PROPERTIES

• Atomic number: 74
• Density: 19,30 g / cm³
• Melting point: 3420 ° C

 

TUNGSTEN (WOLFRAM) APPLICATIONS

TUNGSTEN (WOLFRAM) is used in high temperature environments because it has very high melting temperature.

 

TUNGSTEN (WOLFRAM) USAGE AREAS

• High temperature furnace components
• Glass – metal sealing
• Heavy metal alloys
• Medical tools
• Welding electrodes

 

TUNGSTEN (WOLFRAM) STANDARDS

• AMS 7898 / AMS 7899

 

TUNGSTEN (WOLFRAM) PROVIDED FIGURES

• TUNGSTEN (WOLFRAM) pipe
• TUNGSTEN (WOLFRAM) sheet
• TUNGSTEN (WOLFRAM) plate
• TUNGSTEN (WOLFRAM) ribbon
• TUNGSTEN (WOLFRAM) shaft
• TUNGSTEN (WOLFRAM) rod
• TUNGSTEN (WOLFRAM) wire
• TUNGSTEN (WOLFRAM) welding wire