Lead plates are primarily used in areas with low radiation intensity that require sealing. They are commonly employed for the entry and exit of medical staff. The shielding layer thickness in such radiation facilities is generally small, the channel dimensions are not large, and there is a requirement for an airtight protection. The opening method can be manually operated.

2mm Lead Sheet Price

The thicker the lead plate, the better the shielding effect. Under any circumstances, radiation shielding lead plates are used to block radiation from radioactive materials, not the radioactive materials themselves. The thickness of the lead plate should be determined based on the formation of the barrier. For instance, if alpha particles have weak penetration, they can be blocked by a piece of paper; radiation shielding lead plates can completely block them. Beta particles can be stopped with general radiation shielding lead plates, but typically a moderator with a lower atomic number is added to protect against韧致辐射 affecting the beta rays.

Radiation shielding doors should close seamlessly during staff operations to ensure the safety of all individuals both inside and outside the facility. Therefore, the operation of the radiation shielding doors should be checked for flexibility and smoothness during initial installation to avoid potential harm to personnel due to the door not closing completely.

Next, ensure the installation is conducted according to specifications.

When installing lead plates, the door should be placed inside the entrance hole, ensuring the sealing edge's contact surface is flush with the wall and remains vertical. If necessary, adjust the wall to ensure the installation is carried out as required.

Additionally, regular maintenance should be observed during use.

Lead sheet maintenance should not be overlooked. For instance, X-ray protective doors, even those made of stainless steel, lead, and other corrosion-resistant metals, should be kept away from corrosive liquids during daily use. Additionally, ensure the normal operation of tracks, automatic control components, and sensors to prevent component failure and personal injury.

Later, please handle the radiation shield doors with care.

When handling and switching lead plates in daily life, one should be gentle and careful, especially when the radiation protection door fails to close properly and the cause is unknown. We cannot force the door shut, as this may cause long-term damage and result in radiation exposure.

Radiation shielding for wall structures in radiation rooms typically employs solid clay brick walls or thick slag brick walls. However, during bricklaying, it is crucial to ensure that the mortar is well-packed and free of cracks. In practice, it is challenging for construction workers to achieve full mortar coverage. Therefore, a 1.5-2 cm layer of barium sulfate sand can be applied to the brick walls after construction to compensate for any cracks.