During this time, many friends have consulted the relevant topics of the construction method and process of barium sulfate in the X-ray room, and I have taken this opportunity today to sort out the relevant introduction, hoping to help you.
The construction process of radiation-proof barium sulfate in X-ray room mainly includes the following steps:
1. Preparation: First of all, it is necessary to determine the construction area and carry out necessary safety protection measures, such as delineating the construction area and setting up safety warning signs. At the same time, it is also necessary to prepare the required construction materials and tools, such as barium sulfate slurry, brushes, spray guns, etc.
2.Surface treatment: Before construction, the wall needs to be treated to a certain extent. Methods include cleaning walls, filling cracks, and dealing with uneven imqualities. This ensures that the barium sulfate slurry can be evenly coated on the wall during construction and has better adhesion.
3.Construction of barium sulfate slurry: The prepared barium sulfate slurry is evenly spread on the wall. It can be applied with a brush or spray gun to ensure that the thickness of the coating is uniform and that it adequately covers the entire wall. In general, the construction needs to be carried out many times to achieve the effect of radiation protection.
4.Drying and curing: After the application is completed, the barium sulfate slurry needs to be dried and cured. This process takes a certain amount of time, usually more than 24 hours to wait. During this period, care needs to be taken to maintain the appropriate temperature and humidity in the construction area to promote the drying and curing of the barium sulfate slurry.
The characteristics and functions of the construction of radiation-proof barium sulfate in the X-ray room are mainly as follows:
1. High radiation protection performance: Barium sulfate has a high density, which can effectively absorb and block the penetration of X-rays and other radiation substances. The barium sulfate layer after construction can play a good role in radiation protection and ensure the safety of indoor personnel and equipment.
2.Environmentally friendly and non-toxic: Barium sulfate is a non-toxic and environmentally friendly material, which is harmless to human health. During the construction process, the formula of barium sulfate slurry is usually made of non-toxic and low-volatile materials, which will not cause harm to construction personnel.
3.Convenient and fast construction: The construction of barium sulfate slurry is relatively simple, and it can be blended and adjusted as needed. Brushes, spray guns and other tools can be used for construction, and the construction speed is fast and can meet the requirements of the construction period.
4.High wall flatness: Barium sulfate slurry can fill the unevenness of the wall during the construction process, so that the wall flatness is improved and the aesthetics is higher.
5.Strong durability: Barium sulfate forms a dense protective film after curing, which has good durability. It can withstand long-term friction and has a long service life.
The construction process of barium sulfate in X-ray room is simple and convenient, and it has the characteristics and functions of strong radiation protection performance, environmental protection and non-toxicity.