With the progress of the times, the use of lead plates has become more and more extensive. The daily maintenance of lead plates is particularly important. Let's take a look at how to maintain medical lead plates.
1. The protective measures should be able to alert people to the presence of lead plates, and also to block the violent impact of the human body on the lead glass, and at the same time play a decorative role, and the protective facilities should be able to withstand the gradual increase in the size of the lead plate light transmission. Concentrated impact must also be strengthened.
2, to prevent the impact of the body caused by the impact of lead plate glass, the most fundamental and most effective way is to avoid the body of the impact of lead glass. A striking sign on a lead plate to indicate its presence or make it less accessible to lead glass can achieve this purpose to some extent.
3. There must be no bending or bending caused by the bending of the protection facilities. They must not be loosened or rocked. When they cannot meet the requirements, they should be replaced or repaired.
4, in the medical lead plate should be set on one or both sides of the guardrail or placed flowers and other decorative salt, and the protection of the front width should not be too small, too narrow. The vertical protection should be aligned with the center of the lead glass and the horizontal protection should be located within the area 800 to 1100 mm above the highest adjacent floor.
The main component of the lead plate is lead (Pb). The lead pb has a large specific gravity and a high density (11.34 g/cm3). It has the function of preventing X-rays and other rays from penetrating. The lead plate melts the metal lead ingot and then mechanically suppresses it. The resulting plate, currently common in China with a thickness of 1-10mm, is mostly made from electrolytic lead #1. It is widely used in many applications such as radiation protection, corrosion protection, acid-resistant construction, and sound insulation engineering. The lead plate used for radiation protection is generally within 0.3-200mm, and the lead equivalent or protection equivalent usually refers to the protective ray effect that is equivalent to 1mm thick lead plate. Unlike ordinary lead plates, the radiation protection lead plates require uniform thickness, no oxide inclusions and bubbles, if the thickness is not uniform or in the lead plate...