The electron is a fundamental particle. In solids, electrons are responsible for conducting electric charge, thereby generating electric current. When using an electron beam to process materials, particles loaded on the cathode are released, accelerated, and focused into a fine beam. Upon striking the material, the electron beam releases energy. The material absorbs this energy and converts it into heat. Due to the high intensity of the beam at the focus, a portion of the molten material evaporates. This creates a fine steam tube that penetrates into the material, enabling welding or curing depths of up to hundreds of millimeters.

The application of electron beam technology spans multiple industries, leveraging its unique ability to provide precise and controllable energy concentrations for a variety of applications, ranging from aerospace, military research, micro-machining to industrial processes and materials science.

Curing, refers to the process of liquid coatings transforming into solid materials.

Currently, the more common curing processes in China are thermal curing and ultraviolet (UV) curing. EB electron beam curing is a new curing technology that has been developed based on UV curing. EB is a revolutionary curing technology, known as the most efficient, environmentally friendly, and clean curing technology to date. It can achieve 99% high cross-linking of coatings in milliseconds, saving 95%-99% of energy consumption compared to other curing methods, and significantly increasing production efficiency. Most importantly, EB is a food-grade safe curing technology. It can cure without the need for chemical cross-linking agents or photoinitiators during the production process, truly eliminating VOCs (volatile organic compounds) from the source of materials and saying goodbye to solvents completely.