Showing posts with label epoxy electrical feedthrough. Show all posts
Showing posts with label epoxy electrical feedthrough. Show all posts

New Epoxy Compounds Give Researchers and OEM's Design Freedom in Specifying Vacuum Feedthroughs

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OEMs can no get a feedthrough to fit their design criteria. Scientists and researchers are constantly challenged to come up with better...

Epoxy-based Feedthroughs Provide Design Flexibility, Rapid Prototyping and Cost Savings

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Multi-conductor, flanged feedthrough . The point of view that epoxy-based feedthroughs are inferior to glass-to-metal feedthroughs in te...

Take it All Through the Wall with Epoxy Vacuum Feedthroughs

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Glass-to-metal feedthrough Advances in analytical processes, medical research, and semiconductor processing continually refine the manuf...

Custom Electrical, Pneumatic, and Optical Feedthroughs

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Equipment manufacturers and scientific researchers are continually challenged with supplying power, fiber-optic, control, and monitoring cab...

NASA Preferred Reliability Practices: Vacuum Seals Design Criteria

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From the Office of The Chief Engineer at NASA - NASA's Preferred Practices. Courtesy of BCE (Belilove Company-Engineers) . Download ...

Epoxy Feedthroughs A Better Option Than Glass-to-Metal for Under 200 Deg. C.

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Multi-conductor Flanged Epoxy Feedthrough (BCE) Vacuum and ultra-clean manufacturing applications have continuously challenged designers...

Epoxy Vacuum Feedthroughs for Medical Equipment, Analyzers, and R&D Laboratories

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The challenges of getting data and control sensors inside vacuum equipment. Scientists and researchers are continually challenged to c...

Epoxy Electrical Feedthroughs: A Better Choice

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Epoxy Electrical Feedthrough One thing is for sure. You don’t want to scrap a $125,000 semiconductor wafer because dust or a contaminant...