Tungsten Tube
Tungsten tube is a tubular material made of metal tungsten. It has a series of unique physical and chemical properties, making it widely used in many industrial and scientific research fields.
Physical properties:
High melting point: Tungsten tube inherits the high melting point characteristics of metal tungsten. Its melting point is as high as 3422°C, which is the highest among all pure metals.
High density: The density of tungsten tube is very high, about 19.25 g/cm³, which is about twice heavier than iron.
Good electrical conductivity: The metal tungsten has good electrical conductivity, which makes tungsten tubes very useful in certain electronic applications.
Hardness: Tungsten tubes are generally very hard and have good resistance to wear.
Manufacturing process:
Producing tungsten tubes typically involves pressing and sintering metallic tungsten powder into tube shapes, which are then processed at high temperatures to obtain the desired size and shape. This process requires precise temperature control and processing techniques to ensure product quality and performance.
Main applications:
Lighting industry: Due to its high melting point, tungsten tubes are widely used to make filaments for incandescent lamps.
Electronic industry: components used in electron tubes, X-ray tubes and other devices.
Military field: Due to its high density and hardness, tungsten tubes can be used to make armor-piercing projectiles, bulletproof materials, etc.
Industrial processing: used as cutting tools, abrasives, welding electrodes, etc.
Scientific research purposes: In fields such as materials science, tungsten tubes can be used for high-temperature experiments and research.
High melting point: Tungsten tube inherits the high melting point characteristics of metal tungsten. Its melting point is as high as 3422°C, which is the highest among all pure metals.
High density: The density of tungsten tube is very high, about 19.25 g/cm³, which is about twice heavier than iron.
Good electrical conductivity: The metal tungsten has good electrical conductivity, which makes tungsten tubes very useful in certain electronic applications.
Hardness: Tungsten tubes are generally very hard and have good resistance to wear.
Manufacturing process:
Producing tungsten tubes typically involves pressing and sintering metallic tungsten powder into tube shapes, which are then processed at high temperatures to obtain the desired size and shape. This process requires precise temperature control and processing techniques to ensure product quality and performance.
Main applications:
Lighting industry: Due to its high melting point, tungsten tubes are widely used to make filaments for incandescent lamps.
Electronic industry: components used in electron tubes, X-ray tubes and other devices.
Military field: Due to its high density and hardness, tungsten tubes can be used to make armor-piercing projectiles, bulletproof materials, etc.
Industrial processing: used as cutting tools, abrasives, welding electrodes, etc.
Scientific research purposes: In fields such as materials science, tungsten tubes can be used for high-temperature experiments and research.
