Tungsten Shielding Protective Container,Nuclear Medicine Tungsten Protective Containers,Tungsten Radiation Protection Isotope Containers To Italy

Tungsten Shielding Protective Container,Nuclear Medicine Tungsten Protective Containers,Tungsten Radiation Protection Isotope Containers To Italy

Tungsten alloy was selected to replace lead as a new radiation shielding material because of its excellent properties, namely strong radiation shielding ability, excellent corrosion resistance, and excellent impact resistance. In mid-June, an Italian customer sent an inquiry about protective equipment to our company. After a period of good communication between the two parties, it was determined that the customer needed Tungsten Shielding Protective Container, and a consensus was reached on the size specifications and order quantity. Then in mid-to-late July, the Italian customer sent us an email saying that he had successfully received our products, and gave a good review on the product quality and service attitude, and said that if he needed radiation protection equipment for treatment in the future, he would choose us as their supplier again.

Tungsten Radiation Protection Isotope Containers are made of highly environmentally friendly tungsten alloy materials through powder metallurgy. They are mainly used to store and transport imaging agents (iodine 131 and FDG-F18) used for nuclear medical imaging examinations, and can shield various types of ionizing radiation (such as gamma radiation and beta radiation) emitted by radioactive isotopes. Tungsten Shielding Protective Container can shield radiation exposed to the environment to the minimum, and has the advantages of high melting point, high hardness, high radiation absorption rate, good corrosion resistance, good mechanical strength, high temperature resistance, impact resistance, environmental protection and durability. Nuclear Medicine Tungsten Protective Containers can add different accessories (such as carrying handles, locking buckles, flip racks or lead glass) as needed, and are mostly used in PET or SPET examination rooms in nuclear medicine departments, and can also be used in combination with transport vehicles or transport boxes.