Components of tungsten alloy collimator radiation shielding

  • Components of tungsten alloy collimator radiation shielding
  • Components of tungsten alloy collimator radiation shielding
  • Components of tungsten alloy collimator radiation shielding
  • Components of tungsten alloy collimator radiation shielding

Product Overview:

Why choose high density tungsten alloy as radiation shielding?
High density tungsten alloy has high density, high hardness, high strength, high temperature resistance, and good processing performance. Under the same thickness conditions, the radiation shielding ability of high density tungsten alloy is more than 1.7 times that of lead. The stronger the radiation, the more obvious the difference in radiation shielding ability between the two.

Components of tungsten alloy collimator radiation shielding Details

Components of tungsten alloy collimator radiation head

Components of the radiation head for medical tungsten alloy accelerators
High density tungsten alloy shielding

Why choose high density tungsten alloy as radiation shielding?

High density tungsten alloy has high density, high hardness, high strength, high temperature resistance, and good processing performance. Under the same thickness conditions, the radiation shielding ability of high density tungsten alloy is more than 1.7 times that of lead. The stronger the radiation, the more obvious the difference in radiation shielding ability between the two materials.
Tungsten alloy collimator is a component of the radiation head of a medical accelerator. In addition to using primary and secondary collimators, it is equipped with an electron beam limiter below the radiation head to collimate electron radiation. Its main function is to limit the range of electron radiation, in order to protect normal tissues outside the target area and prevent critical organs from being irradiated. A tungsten alloy collimator is a device that reduces particle beams or light waves. Reduction means that the particle rays are directed in a specific direction, allowing only rays parallel to the collimator to pass through, or a device that narrows the spatial cross-section beam to limit the amount of rays.

Composition of tungsten alloy products

The composition of tungsten alloy collimators is generally 90-97% W Ni Fe or 90-97% W Ni Cu alloy, with a density of 16.85-18.85g/cm3 and a sintering temperature of around 1500 ° C. The processing performance is better after sintering heat treatment.

High density tungsten alloy supplier introduction

Our company has been specializing in the production of high density tungsten alloy products for 25 years and has passed the ISO 9001-2015 quality system certification. Our company produces high density tungsten alloy products, from powder to finished products, all of which are completed in our factory. The quality of tungsten alloy products meets or exceeds the requirements of AMS-T-21014, ASTM B777, and AMS B7725 standards. The main materials are tungsten nickel iron, tungsten nickel copper, tungsten nickel iron molybdenum, and tungsten copper alloy. Our company also provides pure tungsten pure molybdenum and tungsten molybdenum alloy products. Tungsten alloy products have different shapes, such as tungsten alloy bars, blocks, plates, strips, rings, square grains, balls, and anisotropic products, which are produced according to drawings or customized by customers.

If you are looking for a reliable, competitively priced, fast and punctual supplier of high density tungsten alloys, please be sure to contact us. We will provide you with satisfactory tungsten alloy products and thoughtful service.

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