With the rapid development of nuclear industry and technology, a variety of radioisotope products, radiation instruments and radiation technology have been introduced to play an increasingly important role in scientific research, production and medical application. In order to prevent the spread of radioactive pollution and ensure the safety of the operator and the surrounding environment, it is necessary to operate in a specially designed glove box during the operation of radioactive substances with strong radiation. The glove box has the ability of effectively shielding the radiation of radioactive substances and the radiation of radioactive gases produced in the operation of radioactive substances. The airtight performance and ventilation and exhaust filtration performance of the glove box shall be good, so as to maintain a certain negative pressure during the operation of the system, avoid radioactive leakage such as aerosol diffusion generated by radionuclides during the operation, realize clean and safe discharge, and ensure the safety of personnel and environment. The traditional shielding glove box is usually welded metal box, and its sealing performance can only be guaranteed by the metal inner box. In addition, the traditional ventilation system mostly uses the mechanical or negative pressure way to discharge the radioactive waste gas to the outdoor, which does not have the function of filtering and absorbing the radioactive waste gas.
In view of the defects existing in the prior art, the glove box in the field of nuclear research in Etelux mainly involves the disposal of radioactive substances, and the principle of such glove box is to ensure that the operators are free from radioactive threats. There are strict regulations for glove boxes used in the fields of nuclear waste, post-treatment, nuclear energy and nuclear research. Etelux strictly abides by a series of international safety standards such as environmental protection and quality control in the design of glove boxes for nuclear applications
