Category GlassTomer™ Sealing

Combines glass hermeticity with polymer resilience. Enables sealing on aluminum and other lightweight materials. Leak rate: better than 1x10⁻⁸ atm-cc/sec.

31-Pin D-Type Hermetic Connector

31-pin D-type hermetic connector with GlassTomer™ sealing and aluminum housing ensures durability, high pin density, and reliability for aerospace and defense systems.

51-Pin Hermetic D-Type Connector

51-pin hermetic D-type connector with GlassTomer™ sealing and aluminum body ensures durability, insulation, and reliability for aerospace, defense, and embedded systems.

HN-Type Hermetic Coaxial Feedthrough

HN-type hermetic coaxial feedthrough with GlassTomer™ sealing and aluminum body ensures durability, signal integrity, and RF reliability for aerospace and defense systems.

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.

Hermetic Power Connector

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 Connector

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.

Lightweight Hermetic Connector – D38999 Series

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.

Pyrotechnic Headers Series

Pyrotechnic header with dual sealing technologies—glass-to-metal and GlassTomer™—for hermeticity in extreme environments.

Pyrotechnic header with glass-to-metal and GlassTomer™ seals offers leak-tight durability and long-term reliability in extreme environments.

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