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Metallized Ceramics is characterized by high conductivity, hardness, and corrosion resistance. Applied in electronics, aerospace, and medical implants for enhanced performance and durability.
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Ceramic-to-Metal Hermetic Seals for Airtight Connections via Brazing & Argon Arc WeldingThe ceramic-to-metal seals utilize valve materials matching ceramic's CTE or oxygen-free copper, brazed to metallized ceramics, allowing argon arc welding to stainless steel for airtight connections. -
Molybdenum-Manganese Metallized Ceramics for Airtight SealsThe molybdenum-manganese powder method creates airtight ceramic-to-metal seals by sintering Mn-Mo paste (or Mn-glass) on ceramics, followed by nickel plating and brazing for high strength and excellent gas tightness. -
igh-Voltage Ceramic Electrode for Vacuum Chambers & Coating MachinesThe ceramic electrode transfers high-voltage signals to vacuum chambers, featuring 12KV max working voltage, 200A max current, and is ideal for vacuum coating machines and electronic vacuum devices. -
High-Temp Resistant Ceramic Ring for Fiber Laser CuttersThe ceramic ring for laser cutting machines, resistant to high temp & corrosion, focuses, collimates, transmits laser beams, protecting the head from damage & contamination. -
Airtight Ceramic-to-Metal Welding Metallized Alumina Ceramic for ElectronicsMetallized alumina ceramic, with a firm metallized layer, offers reliable ceramic-to-metal welding for electronics like vacuum tubes, klystrons, microwave tubes, and X-ray tubes.
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