High voltage resistant Canted Coil Springs offer a stable and reliable solution for power equipment, especially in applications requiring high current management, minimal heat generation, and efficient use of space. These springs are designed to provide multi-point contact, compensating for surface irregularities and misalignment, which is crucial for electrical conducting and EMI/RFI shielding applications. This design allows for more current to be managed in less space than similar technologies, thereby minimizing heat rise and enhancing the overall efficiency and reliability of the power equipment.
Canted coil springs are particularly suitable for environments with strict size constraints, challenging electrical requirements, wide temperature fluctuations, and aggressive media. Their design facilitates design simplification and lightweighting, which can lead to improved power efficiency and increased uptime across a wide range of industries and applications. This includes sectors such as aerospace, defense, analytical instruments, energy management, industrial equipment, medical technologies, robotics, and transportation.
Moreover, the canted coil spring technology is also applicable in the production of high voltage conductive contact fingers, which are used in various industries including electrical, new energy, and medical treatment. These springs are available in different specifications to cater to different requirements, such as wire size, inside diameter, outside diameter, height, width, and turns. This versatility allows for the tailoring of the springs to specific application needs, ensuring that the high voltage resistant canted coil springs provide a stable and reliable solution for power equipment.