Tungsten alloy, also known as tungsten heavy alloy, is the most important radiation shielding material for storing radioactive resource. Generally, tungsten heavy alloy shield for applications of radioactive resource can be a tungsten heavy alloy protective pot, or a tungsten heavy alloy isotope container, etc. No matter where is stored, what kind of radioactive source is stored, these radiation protection containers must be affixed with "Ionizing Radiation" warning signs.

Tungsten alloy X-ray shield is an indispensable radiation shield for the medical industry. You know, X-rays are mainly used in medical diagnosis and treatment, but if excessive exposure, it will cause tissue destruction, affect physiological functions, and even cause life-threatening. Therefore, a radiation protection product that can effectively block X-rays is needed to protect medical personnel and patients. But why choose tungsten alloy X-ray shield?

Tungsten alloy radiation protection door is promising to be used to replace the traditional lead door as tungsten alloy is an environmentally-friendly and non-toxic radiation shielding material with the advantages of high density, high hardness and excellent radiation protection performance.

Tungsten heavy alloy syringe shield mainly uses tungsten alloy having excellent attenuation ability for various rays to protect patients and medical staffs from radiation damage when injecting radiopharmaceuticals.

Tungsten alloy protective syringe is used to reduce hand exposure for clinicians during preparation and delivery of radiopharmaceuticals. Tungsten alloy protective syringe is more and more popular, and is promising to replace protective syringe made of toxic lead. According to the experts, non-toxic tungsten alloy is the best material for radiation protection in nuclear medicine. For example, a tungsten alloy shield for syringe can be used in PET (Positron Emission Tomography) – an imaging technique that was designed to monitor changes in the way the brain metabolized glucose, the fuel it needs to function.

Tungsten needle can be used as an electrode for a wide application in an advertising word welding gun. The advertising word welding gun, as the name implies, is a welding gun that can be used to “write” advertising words. The welded words are quite beautiful and suitable for publicity. According to the experts, the reason why tungsten electrode is suitable for welding gun is that tungsten has the advantages of high melting point, corrosion resistance, oxidation resistance, and ablation resistance.

Tungsten needle can be used as an electrode in a cosmetic electrotome - a kind of electrosurgical product for minimally invasive surgery. Generally, such a tungsten electrode is ultra-sharp with high temperature resistance so that the cosmetic electrotome can achieve precise cutting. And there is less smoke during operation, to protect the doctors.

Minimally invasive tungsten needle electrode fabricated through advanced production technology using pure tungsten as raw material has the characteristics of high melting point, high temperature resistance and high strength. It is also non-toxic, sharp and durable. According to the experts, minimally invasive tungsten needle electrode, as a surgical minimally invasive surgical instrument, is regarded as an alternative product of traditional scalpel and electrocautery.

Tungsten needle plays an important role as an ablation electrode in an electrosurgical pencil. The electrosurgical pencil having an ultra-sharp high-melting tungsten electrode combines the five functions of attraction, electrocoagulation, electrocutting, scraping, and pushing and peeling, so there is no need to frequently change instruments during the operation, thereby saving a lot of time. It reduces intraoperative bleeding, has clear anatomical surface, to greatly improve the quality of surgery. And the gas generated during electrocoagulation is exhausted at any time to protect the medical staff.

Pure tungsten probe is made using high-quality pure tungsten (99.95-99.98%) as a raw material through a deep process, and has characteristics of high precision, high strength, good wear resistance, good corrosion resistance, relatively good elastic modulus, high finish (below Ra0.25), and long service life.