Electron beam radiation technology capable of reducing formaldehyde emission of urea-formaldehyde glue artificial boards

The invention belongs to the field of material postprocessing, and particularly relates to an electron beam radiation technology capable of reducing the formaldehyde emission of urea-formaldehyde glue artificial boards. The technology is particularly characterized in that an independent conveying-belt type radiation chamber is arranged, a high-energy electron accelerator is installed in the radiation chamber, the finished urea-formaldehyde glue artificial boards are directly radiated in air without adding other assistants, and therefore the formaldehyde emission of the finished urea-formaldehyde glue artificial boards is reduced. By means of the technology, the artificial boards can be rapidly processed in a production-line mode, and the formaldehyde emission can be reduced; in addition, the cost of the technology is similar to the cost of an ammonia processing method, but the formaldehyde emission of the urea-formaldehyde glue artificial boards is remarkably reduced, the board level is improved, and the high economical value is achieved for a factory; broad ordinary people can enjoy healthy living environments, and the positive social benefits are achieved.