设备的设计首先考虑如何将其能量输出光谱与修理补片待固化体系中光引发剂的吸收光谱相匹配,进而增加固化速度,提高抢修速度和效率;进行了紫外光源、电源、反射器和辅助设备间的相关的性能匹配测试,以增加固化深度、减少热量、改善冷却效果、降低氧气对被固化表面的抑制作用,获得良好的固化物的理化性能。 The design of the device first considers how to match its energy output spectrum with the absorption spectrum of the photoinitiator in the patch to be cured, thereby increasing the curing speed and improving the repair speed and efficiency. The UV light source, power supply, reflector and auxiliary Equipment performance matching test to increase the curing depth, reduce heat, improve cooling effect, reduce oxygen on the cured surface inhibition, get good physical and chemical properties of cured.