
Innovacera Metallized Alumina Ceramic Component Multi Pin Feedthrough for Vacuum Flanges Chambers

Mo Mn Ceramic Feedthrough Ceramic Vacuum Electrodes

Innovacera High Vacuum Alumina Ceramic Feedthrough Insulator for Mass Spectrometry

Innovacera High Voltage Ceramic Feedthrough for Transmission and Scanning Electron Microscopes

1 Pin 8kv 150A Liquid Cooled Power Feedthrough for Vacuum Furnace Heating

6-12kv High-Voltage Power Vacuum Feedthrough for Coating System

8kv 150A Liquid Cooled High Voltage Vacuum Feedthrough with DN35CF Flange

Liquid Cooled High Current Vacuum Feedthrough for PVD and Electron Beam Equipment

Custom 8kv 150A Liquid Cooled Electrical Vacuum Feedthrough with Copper Conductor

Single &Dual-Lead Seals Vacuum Power Feedthrough with CF Flange

1000V 5A Stainless Steel Conductor Weldable Double-Ended Multi-Pin Feedthrough

Multi-Pin Vacuum Hermetic Electrical Feedthrough for High Vacuum Applications

Gold / Sliver / Ni / Tin Plating Glass-to-Metal Seals and Feedthroughs

High Temperatures Necessitate Cooling Water-Cooled Power Feedthrough

Electronic Devices Manufacturer Glass-to-Metal Seals Feedthrough Assembly

Water-Cooled Power Feedthrough for High Temperatures Necessitate Cooling

Alumina Ceramic to Metal Sealing Components Ceramic Vacuum Feedthroughs

Alumina Ceramic Metal Kovar High Power Vacuum Feedthroughs for Electrical Signals

BNC Connector Kf40 Vacuum Electrical Feedthrough

Multi-Pin Circular Bayone Feedthroughs CF Kf Flange Weldable Single-Ended Double-Ended

Combining Metal and Glass to Create Vacuum-Tight Electrical Connectors, Packages, Feedthroughs or Optical Windows/Lenses

How Does a High-Voltage Power Feedthrough for Coating Systems Handle 6-12kv and Vacuum?

100kv High Voltage Vacuum Power Feedthrough Ceramic to Metal Seal with CF Flange for X-ray and Uhv Equipment

How Water-Cooled Power Feedthroughs Manage High-Amperage Heat in Vacuum Furnaces

Kovar Brazing Feedthrough Metallized Ceramic Components for Industrial Vacuum Electrical Tight Hermetic Sealing































