Durable Hermetic Packages for Microwave and Power Systems

Why Hermetic Packaging Matters

Hermetic packages protect microelectronic devices from contaminants, vibration, and pressure fluctuations. In high-performance industries such as defense, telecommunications, and energy, maintaining a moisture-free interior ensures stable performance and longer component life.

Comprehensive Hermetic Package Solutions

Complete Hermetics designs and manufactures hermetic microwave packages, hybrid packages, and power packages customized to each customer’s technical requirements. These packages isolate circuitry from environmental stress and provide strong mechanical support for chips, sensors, and optical components.

Microwave, Power, and Hybrid Designs

For microwave applications, Complete Hermetics provides low-loss packages capable of preserving high-frequency signal integrity. For high-power electronics, hermetic power packages use copper tungsten or copper molybdenum bases that effectively dissipate heat. Hybrid hermetic packages combine multiple components—such as sensors, amplifiers, or transistors—into one robust enclosure.

Photonic and Telecom Integration

In photonic and telecom industries, hermetic photonic packages prevent humidity and gas ingress that can distort or attenuate optical signals. The company’s telecom packages are used in fiber-optic networks, satellites, and medical imaging systems requiring low-loss data transfer and radiation resistance.

Precision Materials and Manufacturing

Using Kovar, aluminum, and titanium alloys, Complete Hermetics ensures low-CTE mismatch and excellent mechanical stability. Advanced metallization techniques allow for seamless glass-to-metal or ceramic-to-metal joints, maintaining high vacuum integrity even under thermal cycling.

Trust Complete Hermetics in Your Hermetic Packages

Whether you need microwave packages, hybrid packages, power packages, and photonic telecom packages, rely on Complete Hermetics to design, engineer, and produce high-performance enclosures built to endure the world’s most demanding environments.

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