Ngaahi Meʻa ʻAloʻi ʻo e Tungsten .

Kautaha ʻIkale alloys (EAC) ko ha tokotaha tu‘uaki fakamāmani lahi ia ‘o e Ma‘a Fakakomesialé Tungsten . (W), Maʻolunga Density Machinable Tungsten alloy, mo e Kopa Tungsten Alloys 'i he foil ., laʻi pepa, laʻipepa, peleti, uaea, Kato, vaʻa ukamea, pā, ngaahi meʻa ʻoku ʻataá, paipa, tubing, tuʻuʻanga ʻuhila ʻe, nozzles, crucibles pea pehe ki he ngaahi konga kuo ʻosi mo e ʻosi, lalahi ʻoku mou lava ʻo tānaki maí, mo e maaka angamahení. ʻOku ʻi ai ha ngaahi lalahi kehekehe ʻoku lava ke maʻu mei he stock ʻaki ʻa e uta tatau pe ʻaho hono hoko.

Ko e Kautaha 'o e Eagle Alloys ko ha Kautaha Fakamo'oni'i 'o e ISO pea kuo 'osi 'oatu 'a e ngaahi ukamea 'oku ma'olunga taha 'i he 'olunga . 35 ngaahi taʻu.

What are common industrial and secondary applications of Tungsten?

COMMERCIALLY PURE TUNGSTEN: Some example uses are rocket nozzles, nuclear and medical radiation shielding for x-ray and radiation therapy shields and industrial applications, aircraft and helicopter rotor balance weights, instrument balance weights, metal evaporation work, inert gas welding electrodes, weights for sport equipment, tool damping cutter bars, and high voltage contacts.

HIGH DENSITY TUNGSTEN ALLOYS: Manufactured by powder metallurgy methods. The tungsten base offers high thermal conductivity and a low CTE which combine to resist thermal fatigue. The high melting point reduces soldering or erosion problems. To increase the machinability of this brittle metal, alloying elements are added. High Density Tungsten alloys have greater ductility and better machinability than with pure Tungsten.

Applications include nuclear and medical radiation shielding for x-ray and radiation therapy shields and industrial applications, aircraft and helicopter rotor balance weights, instrument balance weights, weights for sport equipment, tool damping cutter bars, and high voltage contacts. Uses: Ko e Shielding, High Mass, Gyro, Ordnance. ʻIkai ngata ai, for use as ballast weights, radiation shields, laine taʻeoli, ordnance components, and other components that require high density and good ductility. Balance weights, radiation protection, vibration absorbers, heat transfer, drilling bars. The mechanical characteristics have to guarantee the stability and strength in any application case.

The absorption of x-ray and gamma radiation is in direct proportion to the density of the shielding. Used in resistance brazing and high temp applications. Used as counter weights and counter balances, radiation shielding components, tool shanks for boring bars and other tools for chatter-free machining. Tungsten high density composites are more than 1.5 times as effective as lead and provide extremely efficient protection, particularly where space is limited.

Ngaahi Tohi Kolé:
• Nuclear and medical radiation shielding for x-ray and shields for radiation therapy and industrial applications.
• Aircraft and helicopter rotor balance weights
• Instrument balance weights
• Weights for sport equipment
• Tool damping cutter bars
• High voltage contacts

Uses: Electrical contacts resistant to arcing, power transformer switches, fakafetau / fakafotunga ʻo e hokoʻanga electrodes, and EDM electrodes