Recents Blogs
- What Are Liquid/Oil Immersed Transformer Feedthroughs
- Immersion Cooling Hermetic Feedthroughs
- Video: Hermetic Capabilities for Space Simulation
- Multipin Feedthroughs for Vacuum and High-Pressure Environments
- Condition Based Monitoring and Hermetics: How Douglas Enables IoT and Predictive Maintenance
Category
- Cable Assemblies (1)
- CircuitSeal (1)
- Cryogenic Feedthrough (3)
- Douglas Electrical Videos (3)
- Explosion-Proof Wire Bushings (6)
- Hermetic Assemblies (4)
- Hermetic BNC Connectors (1)
- Hermetic Connectors (13)
- Hermetic Electrical Feedthroughs (4)
- Hermetic Feedthroughs (11)
- Lean Manufacturing (2)
- MIL-DTL-38999 Connectors (5)
- Optical Fiber Feedthroughs (3)
- RJ-45 feedthrough (2)
- Switchgear Feedthrough (1)
- White Papers (2)
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Video: Hermetic Capabilities for Space Simulation
March 7, 2025
In the realm of space simulation, where precision and reliability are paramount, the technical and timing demands are nothing short of extraordinary. Facilities dedicated to simulating the harsh conditions of space must rely on components that can ensure high quality, reliable testing results. At Douglas Electrical Components, we understand these challenges and have dedicated ourselves […]
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VIDEO: Improve Fuel Pump Reliability
February 24, 2022
Epoxy-based integrated feedthrough technology is a proven, effective way to seal the wiring of in-tank fuel pumps, reducing assembly time and potential failure modes. Douglas Electrical Components casts epoxy feedthroughs directly into the fuel pump to form a true hermetic seal around any wires that pass through the housing. Watch our new video to learn […]
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VIDEO: Lean Manufacturing at Douglas Electrical
November 22, 2021
In this short video, Douglas Electrical Components gives you a closer look into our facility and LEAN manufacturing process. Our products are designed and manufactured using LEAN processes and an overall LEAN mentality. Learn how our business has reduced cost and lead time for our customers by implementing LEAN manufacturing.
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