High-Voltage Hermetic Coaxial Feedthrough

High-voltage hermetic coaxial feedthrough with GlassTomer™ sealing and aluminum housing ensures durability, electrical isolation, and RF reliability for aerospace and defense.

High-voltage hermetic coaxial feedthrough with GlassTomer™ sealing and aluminum housing ensures durability, electrical isolation, and RF reliability for aerospace and defense.

Hermetic SMP/SMPM RF feedthroughs in Kovar provide reliable high-frequency performance up to 65 GHz with hermetic sealing, thermal stability, and durability.

Hermetic brazed ceramic header with alumina insulator and alloy pins ensures robust sealing, high dielectric strength, and durability in compact systems.

16-pin hermetic connector with stainless steel body, gold-plated contacts, and glass-to-metal sealing ensures durability and signal integrity in harsh systems.

78-pin hermetic connector with Kovar and glass-to-metal sealing ensures hermeticity, durability, and conductivity with gold-plated pins for reliable systems.

Hermetic Kovar base with glass-to-metal sealing ensures stability and durability under stress, ideal for gyroscopic, navigation, and defense systems.

Hermetic power connector with GlassTomer™ hybrid sealing and a lightweight aluminum body delivers high-current, hermetic reliability for aerospace, defense, and rugged industrial systems.

D-type hermetic connector with GlassTomer™ glass-to-metal sealing and olive drab finish ensures durability, conductivity, and MIL-spec reliability. Lightweight and customizable, it is ideal for aerospace, military, and industrial systems in harsh environments.

Reliable epoxy-sealed D-Type connector with aluminum body and gold-plated sockets. Cost-effective and moisture-resistant solution for electronics, aerospace, and industrial systems where full hermeticity is not required.

Lightweight hermetic D38999 connector with GlassTomer™ sealing and aluminum shell offers high hermeticity, reduced weight, and coax termination options. Ideal for aerospace, UAVs, and mission-critical electronics requiring durability in extreme environments.