CTIA GROUP tungsten alloy anti-scatter grids are applied in CT and industrial nondestructive testing fields. With the high-density characteristics of tungsten material, they effectively shield scattered X-rays, improving imaging quality and testing accuracy.
Tungsten alloy anti-scatter grids can be produced using powder metallurgy processes, including powder mixing, cold isostatic pressing, sintering, as well as precision rolling and cutting, to create a grid structure with high hardness and high resistance to deformation. Complex-shaped tungsten alloy anti-scatter grids can be produced using laser powder bed fusion 3D printing technology.
Tungsten alloy anti-scatter grids offer advantages such as high hardness, high-temperature resistance, thinness, and high precision. They are widely used in medical CT, radiotherapy equipment, and industrial nondestructive testing fields.
