固化材料的物理性能实质上是受用来固化它们的烘干系统的影响的.预期性能的获得,不管是保护胶、油墨、还是粘合剂,将依赖于这些灯管的参数、设计和控制的方法.uv无影胶四个关键的参数是.
　　The physical properties of the curing material is essentially affected by used to solidify their drying system. The expected performance gain, whether protection rubber, printing ink, or adhesive, will depend on the parameters of these tubes, the design and control methods. The uv shadowless glue is four key parameters.
　　1.uv无影胶辐射度(或密度)
　　Uv radiation shadowless glue degree (or density)2.光谱分布(波长)
　　Spectral distribution (wavelength)
　　3.辐射量(或uv无影胶能量)
　　Radiation (energy) or uv shadowless glue
　　4.红外辐射.
　　nfrared radiation; infrared
　　相对于最大辐射度或辐射量,以及不同的uv无影胶光谱,油墨和保护胶将会展现出很大不同的特性.鉴别不同的UV灯管特性并使它们与可固化材料的光学特性相匹配的能力,扩展了把 UV 固化作为一种快速、高效的生产过程的范围.
　　Relative to the maximum radiation degree or radiation, as well as different uv spectrum shadowless glue, ink and protecting glue will show very different characteristics. To identify different uv lamp and make them with the optical properties of cured materials can be matching ability, extend the uv curing as a fast and efficient production process.