Hermetic Feedthroughs

In industries where precision and resilience are critical, such as aerospace and military technology, the demand for reliable, and safe interconnect solutions is paramount. Among these solutions, multipin feedthroughs play a vital role, ensuring seamless power and signal transmission through sealed enclosures. Douglas Electrical Components, known for its cutting-edge hermetic sealing technologies, offers a range […]

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Predictive maintenance and condition-based monitoring (CBM) are essential strategies for ensuring equipment safety, reliability, and efficiency. These approaches use measurements and data to assess the condition of equipment, prevent failure, and downtime, and optimize operational costs. Traditionally, condition-based monitoring involved non-invasive measurements, scheduled tests, and visual inspections performed at pre-set intervals. However, the Industrial Internet […]

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Space electronics are designed to withstand extreme conditions. They are used in many critical applications, such as navigation, scientific data collection, communication, and operational controls. These electronic devices are expected to operate reliably and efficiently in challenging conditions, such as vacuum, drastic temperature fluctuations, and high levels of cosmic radiation. This condition necessitates specialized approaches […]

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Connectors are used in electronic devices to establish connections between components and cables, ensuring smooth signal transmission. Although designed to ensure efficiency and performance of components, these connectors may need additional protection in challenging work environments. This is where environmental and hermetic connectors gain prominence. Both these types are designed to protect components against contaminants […]

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Seal tight connectors, also referred to as Sealtite connectors are electrical cable glands used in hazardous locations. Wire or cable passes through the center of the fitting with a locking nut that tightens to the outside diameter of the cable jacket. Various configurations are available, each with hazardous area ratings. Seal tight connectors offer a […]

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Douglas Electrical Components manufactures hermetic feedthroughs for high voltage wire, cable, terminal, and connector applications. Utilizing a proprietary hermetic epoxy material and process, Douglas can seal wires , cables and connectors to 30kV and stud terminals over  20kV in a variety of applications and industries.   Transmitting high voltages can be its own challenge but […]

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Cable potting involves encasing conductors in an epoxy, liquid, or gel within an enclosure or feedthrough housing. Douglas Electrical Components employs a proprietary hermetic epoxy to seal wire and cable feedthroughs requiring cable potting. Cable potting is often done in-house by OEM’s or through some Douglas competitors. Differences can arise in the potting encapsulation compound, […]

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Douglas Electrical Components wire feedthroughs and line bushings are often compared to wire feedthroughs that are hermetically sealed using conduit cement within a metal housing. Conduit cement is a traditional bonding substance for sealing electrical systems and conduits whereas epoxy in wire feedthroughs and line bushings can be more suitable for preventing the entry of […]

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Douglas Electrical Components, Inc. manufactures custom hermetic bulkhead ethernet feedthroughs.  Customers can specify the feedthrough as a cable or off-the-shelf connector that is most suitable for the application.  Our technical sales engineers will partner with you to ensure the bulkhead ethernet feedthrough meets the enclosure requirements including leak rate, size, temperature, and material compatibility.   […]

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Design for Manufacturability, or DFM, is the practice of designing products in a way that makes them easy and cost-effective to manufacture. This is especially important in the field of hermetic electrical feedthroughs. Hermetic electrical feedthroughs provide a sealed electrical connection between the inside and outside of a sealed enclosure. They are airtight and withstand extreme environments, […]

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