High temperature resistant Canted Coil Springs are versatile components used in various industries due to their ability to withstand high temperatures, resist corrosion, and provide consistent performance under challenging conditions. They are especially useful in applications that involve operating environments with strict size restrictions, challenging electrical requirements, wide temperature fluctuations, and aggressive media.
Electrical Conducting and EMI Shielding: Canted coil springs can be utilized for electrical conducting applications, where they serve as efficient connectors between components. They also offer EMI shielding capabilities, reducing or eliminating EMI from sensitive electronic circuits, which is crucial in equipment with electronic components.
Medical Industry: In the medical sector, canted coil spring seals are employed in devices such as pumps, surgical instruments, and laboratory equipment. They ensure a secure seal, preventing contamination or leakage during critical procedures, thereby maintaining sterile environments and ensuring accurate test results.
Chemical Resistance: For applications requiring chemical resistance, such as in oil drilling, materials like Hastelloy and Elgiloy are commonly used. These materials can handle high heat and corrosive gases like Hydrogen Sulfide, making canted coil springs ideal for such environments.
In summary, high temperature resistant canted coil springs are highly advantageous due to their versatility, reliability, and ability to perform under challenging conditions. They are used in various industries for electrical conducting, EMI shielding, medical applications, and in environments requiring chemical resistance, making them a critical component in modern engineering and technology.