UV irradiation cross-linking equipment

UV irradiation cross-linking equipment is an efficient and environmentally friendly material processing technology widely used in the wire and cable industry. This technology utilizes radiation sources such as ultraviolet rays or electron beams to crosslink materials, thereby improving their properties and performance. Compared to traditional thermal crosslinking technology, UV irradiation crosslinking equipment has advantages such as lower energy consumption, shorter processing cycles, and less waste generation.

In the manufacturing of wires and cables, UV irradiation cross-linking equipment causes insulation materials to undergo cross-linking reactions through UV irradiation, forming stable cross-linking structures. This process not only saves energy, but also reduces production time and costs. For example, the cable manufacturing process using UV irradiation crosslinking method involves extruding and coating the mixed photo crosslinked polyolefin ingredients onto the conductive wire core, and then entering the irradiation equipment for crosslinking treatment. After cooling treatment and other subsequent processing, optically cross-linked polyolefin insulated wire and cable products can be obtained.

In addition, UV irradiation cross-linking equipment also has the characteristics of safety and environmental protection, without "mercury" pollution and ozone gas emissions, making it a clean and environmentally friendly UV curing technology. These advantages make UV irradiation crosslinking equipment have broad application prospects in industrial production.