It is one of the most important raw materials in radiation protection, so it is needed in the construction after the completion of the maintenance? We should pay attention to those aspects?

　　1、保护措施应能够使人警觉有铅板存在,又能阻挡人体对铅玻璃猛烈的冲击,同时又起到了装饰作用,并且随着铅板透光尺寸逐渐变大,保护设施应能承受的集中冲击力也要随之增强.

　　1, protective measures should be able to make people aware of it there exists, can prevent the impact of human lead glass violent, also played a decorative role, and with the lead light size becomes large, centralized protection facilities should be able to withstand the impact force also increases.

　　2、防止由于人体冲击铅板玻璃而造成的伤害,最根本最有效的方法是避免人体对铅玻璃的冲击.在铅板上作出醒目的标志以表明它的存在,或使人不易靠近铅玻璃,就可以从一定程度上达列这种目的.

　　2, to prevent due to human impact lead glass damage, the fundamental method is the most effective to avoid the impact of human lead glass. Make eye-catching signs in it to indicate its existence, or make people not easily close to the lead glass, it can be to some extent darie this purpose.

　　3、保护设施个不得存在断裂和冲击造成的弯曲,不得松动、摇摆,当不能满足要求寸应及寸更换或维修.

　　3, protection facilities shall not exist fracture and impact caused by bending, not allowed to loose, swing, when not meet the requirements inch inch and inch replacement or maintenance

　　4、在铅板单侧或双侧应设置护栏或摆放放花盐等装饰,并且保护正面宽度不宜太小、太窄.竖直保护应对准铅玻璃中心,水平保护应位于最高临近地板以上800至1100mm的区域内.

　　4, it should be set in unilateral or bilateral fence or placed flowers salt and other decorations, and protect the front width is too small, too narrow. The vertical protection should be the lead glass center, the level of protection should be located at the highest floor near more than 800 to 1100mm in the region.

　　医用铅门在医用学中也常被称为防辐射医用铅门板，医用铅门有国产医用铅门和进口医用铅门,主要用作诊断X射线机房、CT、ECT、PET、CT-PET等机房以及X射线摄影防护室、防护门防护屏上的观察窗,以及核医学用操作防护屏等.所需厚度可根据计算确定。

　　我公司是一家专业制作医用铅门等复合防护板及其它铅制品的生产厂家，欢迎有需要的客户及时与我们联系,我们将为您提供质优价廉的医用铅门,欢迎广大客户前来选购。

工业上用医用防护门在选材方面，也根据用户需要，采用钢板铆焊接结构，内夹防护涂料或铅版等各种不同材质。其适用于高放射剂量的工作探伤、核能机房、放射线源库等大门的防护，是工业探伤曝光机房射线防护的必备产品。

　　一般情况下，医用防护门造型美观、操纵灵活、移动轻巧、结实耐用。平车道轨不需断开，大门和平车可方便运行。

　　医用防护门的辐射性质包括射线的种类和能量。不同质的射线在介质中的传能线密度不同，所产生的电离密度不同，因而相对生物效应有异。X线和射线的生物效应基本一样。而中子的LET大得多，1-10兆电子伏的快中子产生的生物效应比x线、r射线大10倍。