Glass Sealing Alloy Disk (Fe54/Ni29/Co17)

Glass Sealing Alloy Disk (Fe54/Ni29/Co17) is precision-fabricated from a ternary alloy specifically engineered for thermal compatibility with technical glasses. Its composition of iron, nickel, and cobalt provides a matched coefficient of thermal expansion, critical for forming hermetic seals that endure thermal stress without delamination or cracking. The disk format offers excellent uniformity and dimensional stability, making it a preferred component in diagnostic sensors, vacuum feedthroughs, and aerospace instrumentation. It plays a pivotal role in pressure-sealed enclosures for microwave technologies, photomultiplier tubes, and high-reliability telemetry devices. These applications benefit from the disk's consistent sealing performance under high-temperature and vacuum conditions. Its refined grain structure and chemical stability enable high-strength, leak-free bonding with borosilicate and similar glass compositions. As scientific demands intensify in cryogenics, satellite payloads, and advanced optics, Glass Sealing Alloy Disk (Fe54/Ni29/Co17) remains vital in pushing the frontier of metal-glass integration technologies across research and high-tech manufacturing.