Product Description

Tungsten Alloy X-ray Target

• Tungsten alloy X-ray target can be suitable for tolerating the higher loadings than stationary anodes. By revolving of dish-fomred X-ray targets under the electron beam, a new, already cooled part of the target surface is consistently used as the central spot. Aboveall, tungsten alloy X-ray target cools down more swiftly by sending out its heat. Far more energy per unit time can be provided to a tube with an X-ray target as compared with a stationary anode.
• KJ Tungsten offers the complete range of Mo alloys and tungsten X-ray targets. Tungsten alloy X- ray targets that are immensely suitable for individual requirements, like mammography Mo X-ray targets and tungsten X-ray targets, which are applied covering from the common medical diagnostic and amigo- cardiograph to computer-aided tomography.
• In the past two decades, KJ Tungsten has been manufacturing components for the lattest generation of optimal-performance medical devices in well knitted cooperation with the prominent medical instruments suppliers.
• For diagnosis, KJ Tungsten offers tungsten alloy X-ray target and stationary anodes for varied X-ray applications. Tungsten alloy X-ray target can resist enormous thermal stress in temperatures of over 2,000. All tungsten products are of best quality, longer durablity and guaranteeing extensive service life.
• Electromagnetic blasting is developed by the retarding fast electrons on the anode. 1% of the impacted energy is changed into tungsten alloy X-ray blasting and 99% into heat. Owing to that, components within the X-ray possess high thermal resistivity and the used material should embody the highest possible melting point, heat sink capability, better heat conductivity and a little possible vapor pressure.
• KJ Tungstenmanufactures tungsten alloy X-ray target components, made out of high-strength materials (molybdenum, tungsten, WRe alloys), for the assembly of tungsten alloy target technology, which are globally approved for picture giving systems.

Tungsten Alloy X-ray Target from KJ Tungsten

Tungsten Alloy Collimator

Tungsten alloy collimator is an equipment that narrows down a beam of particles or waves. It pertains to output and input element of optical fiber communicaiton devices. Tungsten alloy collimator can be considered a linear accelerator and cyclotron in medical treatment. It is made in a simple structure, through which the fiber sends out light that can be tranformed into parallel light (gaussian beam). So, its key fuction is to successfully boosts up the light coupled into the device.

Radiotherapy eliminates cancer by directing beams of radiation straight onto the tumor. The beams of radiation need a very precise focus to avert damage to the surrounding healthy tissue. This focus is acquired by maing use of a multi-leaf tungsten alloy collimator, composed of two rows of very thin tungsten heavy alloy plates, that can be designed to befit the dimensions of the tumor exactly. Tungsten alloy collimator and tungsten alloy X-ray target are manufactured from groundbreaking tungsten alloy X- ray targets components, applicable for the medical industry. Tungsten alloy collimator attributes substantially to successful radiotherapy through their higher density and higher protecting capability against X-rays and gamma rays.

The Classification of Tungsten Radiation Collimators:

There are two types of tungsten collimators including Tungsten Panoramic Collimators and Tungsten Directional Collimators. Collimators has and direct the beam of radiation while giving exposure to. This results in better radiograph quality and safer operating conditions. Tungsten panoramic collimators is composed of a S.S. Housing, having two tungsten inserts. The panoramic collimator is designed with two shields fabricated to offer a 30 degree panoramic radiation beam. Tungsten Directional Collimators carries the radiation beam from a side port as a 60 conical side throw. Tungsten alloy shielding for the directional collimator is manufactured to render a 50 degree radiation beam and is enveloped with S.S. hose and completely sealed by argon arc welding. A wide range of collimators is designed to cater to the variety of applications and techniques used.

Advantages of tungsten alloy collimator: