During the production process, it is necessary to strictly control the extrusion temperature and cooling rate of the insulation layer to avoid micropores or cracks inside the insulation layer due to process defects.
The cold shrink intermediate joint, with its unique material science and installation process, is reshaping the stability standards of power connections with its advantages of "no heating required, high sealing, and strong resilience," becoming a signific
The mechanical strength of the composite shielding insulation sleeve depends first on the scientific ratio of the material system.
The composite shielded insulated tubular busbar body represents not only an innovation in power transmission methods but also a major breakthrough in electromagnetic compatibility technology.
In modern industrial and power electronics systems, power conversion devices like frequency converters and inverters have become core components for driving motors and regulating energy.
Cold shrink intermediate joints utilize pre-expanded elastic silicone rubber. They automatically shrink after releasing internal support strips by "pulling the strips."