Glass is an efficient and durable material in GTMS connectors. However, the inherent rigidity and brittleness of glass can cause problems if the tension and stress at the connection are not properly managed in the design. Risks include gaps, separation between glass and metal, or damage to the structural integrity of the glass. Glass-to-metal seals must not only withstand the variability of the manufacturing process, but also thousands of thermal cycles under actual operating conditions.GTMS connectors occupy an important position in multiple harsh environment markets. In the military field, it is widely used in communication systems, radar systems, surveillance equipment, and weapon systems, providing a solid guarantee for the stable operation of military equipment.In the aerospace field, GTMS connectors also play an indispensable role, such as avionics systems, satellite communication equipment, cockpit instruments, and missile guidance systems, all of which rely on its high reliability and stability.
1) Aircraft Systems: Providing robust grounding and power connections in avionics and control systems.
2) Military Equipment: Ensuring reliability in rugged environments for ground vehicles, communication devices, and radar systems.
3) Satellites: Supporting power and grounding systems in space applications where durability and precision are crucial.
In the automotive industry, it ensures the stability of electrical connections in vehicles in various harsh environments.1) Grounding Systems: Ensuring efficient grounding to protect sensitive electronic components from electrical interference.2) Power Distribution Units (PDUs): Facilitating secure connections for high-power applications in EVs.3) Control Modules: Supporting communication and power transfer between control units, sensors, and actuators.In the medical field, it ensures the safe operation of implantable medical devices, diagnostic equipment, and surgical instruments.In the oil and gas field, it helps the stable operation of offshore drilling platforms, subsea instruments, and subsea control systems.In industrial applications, it provides key support for the normal operation of equipment such as robots, programmable logic controllers, motion control systems and sensors.
1) Robotic Systems: Connecting power and data lines in robotic arms and control systems.
2) Machine Tools: Providing reliable electrical connections for machinery operating in harsh environments.
3) Process Automation: Ensuring secure grounding and signal integrity in automated assembly lines and monitoring systems.
