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The 203 Institute of the Second Academy of Aerospace Science and Industry of China has successfully developed a high-temperature resistant silica cable assembly that can withstand high temperatures of 1000 °C, refreshing the historical record
.
The designers of 203 Institute use special materials with high temperature resistance, the insulation support of the connector adopts ceramic substrate, and in the assembly process of the cable assembly, laser welding is used to fuse the connector and the coaxial cable through instantaneous high temperature to complete the assembly
of the entire cable assembly.
The successful development of high-temperature resistant silica cable assemblies fills the gap of domestic high-temperature cable assemblies resistant to 1000 °C, and the product performance has reached the domestic leading level
.
The 203 Institute of the Second Academy of Aerospace Science and Industry of China has successfully developed a high-temperature resistant silica cable assembly that can withstand high temperatures of 1000 °C, refreshing the historical record
.
The designers of 203 Institute use special materials with high temperature resistance, the insulation support of the connector adopts ceramic substrate, and in the assembly process of the cable assembly, laser welding is used to fuse the connector and the coaxial cable through instantaneous high temperature to complete the assembly
of the entire cable assembly.
The successful development of high-temperature resistant silica cable assemblies fills the gap of domestic high-temperature cable assemblies resistant to 1000 °C, and the product performance has reached the domestic leading level
.