Tungsten alloy foil is an important anti-scattering component on a CT detector. And there may be 9-129 tungsten alloy anti-scatter foils on a CT detector. Research shows that anti-scattering foils made of high quality tungsten alloy is not easy to deform during long-term use, so the channel width will not change, avoiding signal distortion when X-rays pass through the deformed traditional ray channel, and ensuring imaging quality.

Tungsten alloy collimator applied for medical CT machine includes tungsten alloy pre-patient collimator and tungsten alloy post-patient collimator. These collimators have the characteristics of high density, smooth surface and good dimensional accuracy.

Tungsten alloy radiation shield applied for gamma knife includes a tungsten alloy collimator and its combination block. Their surface is smooth, the size is fine, and the quality is reliable. But why use tungsten alloy radiation shield such as tungsten alloy collimators for gamma knife?

Tungsten carbide thread milling cutter fabricated with ultra-fine grain tungsten carbide is specially designed for machining small diameter thread. Such a thread milling cutter has advantages of high hardness, excellent wear resistance and durability, so that it reduces the number of blade replacements, thereby improving production efficiency.

How to choose tungsten carbide thread milling cutter? Tungsten carbide thread milling cutters have two main types: single-row thread milling cutters and multi-row thread milling cutters. And there are different shanks including hydraulic shanks, spring shanks and hot tension shanks.

Long service life, shortest processing time and an excellent surface quality - these are just three advantages of our tungsten carbide thread milling cutter.

Tungsten carbide flat-end milling tool has the advantages of sharp cutting edge, high surface finish, fast chip removal, high cutting efficiency, long-lasting stability, low cost and long life.

Medical tungsten alloy radiation shield has a wide application in absorbing and guiding radiation for clear CT images, and for protecting patients from excess X-ray or γ ray radiation. And it is attributed to the advantages of tungsten alloy.

Tungsten alloy anti-scatter grid is applied to a CT device to absorb harmful scattered radiation, thereby significantly improving the quality of CT imaging and reducing the radiation dose received by patients. This is because the selected high-quality tungsten alloy raw material has strong radiation absorption and shielding ability. Studies have shown that with the same thickness, the radiation shielding ability of tungsten alloy is more than 1.7 times that of lead. And the difference between the two materials’ ability to shield X-ray becomes more obvious when the radiation is stronger.

Medical tungsten radiation shielding material is a class of radiation protective material that has high radiation shielding performance and environmental protection characteristics. There are two type of medical tungsten radiation shielding materials - tungsten alloy materials and tungsten polymer materials. And they are the first choice materials for manufacturing medical radiation shields for different applications.