Irradiation of course affects the life of the hollow plate!Just as sunlight accelerates aging, irradiation can cause similar damage to hollow boards. Imagine that the hollow plate is like a tiny living organism, and the radiation is its "enemy". Under long-term irradiation, the structure and properties of the hollow board will gradually change, resulting in a shortened lifespan. 
So, how does irradiation affect hollow plates?First, irradiation causes changes in the molecular structure inside the hollow plate. Just as sunlight can darken the plate, irradiation can "discolor" the molecules inside the hollow plate, thus changing its performance. Secondly, irradiation can also cause defects such as cracks and bubbles in the hollow panels. These defects not only affect the appearance of the hollow board, but also reduce its strength and durability.
So, how to avoid the effect of irradiation on the hollow board?Firstly, it is possible to choose a hollow board material with irradiation resistance, and secondly, the impact of irradiation on the hollow board can be reduced through design and manufacturing optimization. For example, the geometry and manufacturing process of the hollow board can be optimized to improve its radiation resistance.
In conclusion, irradiation does affect the life of hollow plates. However, by choosing the right materials and optimizing the design and manufacturing process, we can effectively reduce this impact.