[UVLED Dry] the Role of UVLED on the Surface Is Dry

Some materials used in the fields of industry or high -tech are very high performance and are also very good for the environment, but the continuation and printing of these materials are generally very poor. TIANHUIUVLED optical curing machine uses a clean and efficient UVLED light source. After processing these materials, it can get and its clean surface and powerful surface. The basic reaction of modification is the oxidation reaction caused by UVLED light. After UVLED illuminates the surface of the solid, the pollutants on the surface are oxidized, and then decompose to volatile substances such as CO2 and H2O. And the surface forms favorable surfaces, such as OH, COO, Co, COOH and other hydrophilic atoms. The progress of TianhuiuVled light source technology guarantees the UV/O3 surface modification technology to give full play to its outstanding superiority. UV/O3 Surface modification technology can obtain extremely high cleanliness and surface continuation, which is increasingly widely used in solid surface treatment. Features: Treatment in the atmosphere, simple, convenient, environmentally friendly, no secondary pollution, no need to heat, medicinal solution, etc. The cleanliness is extremely high, below the single molecular layer, the continuous process of processing methods that are difficult to imagine can be obtained. Domestic unique ultra -high -power short -wave length of ultraviolet light sources, only in a short time (second unit), exerting strong processing capabilities, from research and use of mass production. Effective irradiation of most plastic forming products and wide applicability. It can avoid a large amount of medicinal solution, thermal energy, etc., and the operating cost is low. For example, the surface irradiation of engineering plastic PBT (polytinyl diite dilate), the results show that the combination of C-H on the surface after irradiation decreases, -COO-increase, and C = o produces, indicating that the surface is modified on the surface modification. In this way, the hydrophilicity of the more polar oxygen and oxygen atomic groups is improved. After the surface treatment, it is very effective for improving the surface of the material.