Coaxial Feedthrough

GORGEOUS provides customers with customized coaxial feedthroughs/coaxial connectors, providing exclusive customized solutions for high vacuum and ultra-high vacuum.

 


Coaxial Feedthrough Optional Materials

All GORGEOUS sockets are made of high-purity vacuum compatible materials. We also provide customers with a variety of customized options. The insulators use ultra-high purity alumina ceramics and are metallized using a refractory metal sintering process; the hardware can be stainless steel and nickel-iron alloy, and the conductor material can be designed and selected according to the customer’s application requirements; brazing materials use copper, silver-copper, gold-copper alloy, etc.

Insulator

Alumina Ceramics

Hardware

Stainless Steel, Nickel-iron Alloy

Metal Conductor

Custom

Brazing Materials

Copper, Silver Copper, Gold Copper

 


Coaxial Feedthrough Product Showcase

Don’t worry if you don’t see the product you need. GORGEOUS provides customized services to customers. You just need to tell us your needs and we will give you the best solution.

MHV Coaxial Feedthrough - 2 Pin - 2.75”CF

Connector Included

No

Impedance

Non - Constant

Mount

2.75’’CF

Shield

Grounded

Rated voltage

5KV

Sing or Double Ended

Single

This is a 2-pin Micro High Voltage (MHV) coaxial feedthrough with a 2.75″ conflat flange design, grounded shield, bayonet connection, and UHV compatibility for medium power transmission (air side connector not included).

 

SHV-20 Coaxial Feedthrough - 1Pin - 2.75”CF

Connector Included

Yse

Impedance

Non - Constant

Mount

2.75’’CF

Shield

Grounded

Rated voltage

20KV

Sing or Double Ended

Single

SHV-20 Coaxial Feedthrough with 1 pin and CF flange for vacuum current applications

This is a single-pin safety high voltage (SHV-20) coaxial feedthrough with a 2.75-inch Conflat flange design. It has a grounding shield function, supports bayonet connection and comes with an air-side connector. It is compatible with ultra-high voltage (UHV) environments and is suitable for high voltage safety transmission.

 

SHV-20 Coaxial Feedthrough - 1Pin - 1.33”CF

Connector Included

Yes

Impedance

Non - Constant

Mount

1.33’’CF

Shield

Grounded

Rated voltage

20KV

Sing or Double Ended

Single

SHV-20 Coaxial Feedthrough 1 Pin with 1.33'' CF Flange

This is a single pin SHV-20 coaxial feedthrough with 1.33 inch Conflat flange, grounded shield and exposed insulator design, supports bayonet connection, comes with air side connector, compatible with ultra high voltage (UHV), suitable for safe high voltage transmission.

 

SHV-5 Coaxial Feedthrough - 1Pin - 2.16”QF/KF

Connector Included

Yes

Impedance

Non - Constant

Mount

2.16’’CF

Shield

Floating

Rated voltage

2.5KV

Sing or Double Ended

Double

2.16'' QF/KF SHV-5 Coaxial Feedthrough with Single Pin

This is a SHV-5 coaxial feedthrough with a single-pin floating shield design, equipped with a 2.16-inch QF/KF flange and a double-head structure, supporting a bayonet connection, and comes with an air-side connector, compatible with ultra-high voltage (UHV) environments, suitable for safe high-voltage transmission.

 

SMA Coaxial Feedthrough - 1Pin - 0.807”Weldable

Connector Included

No

Impedance

Non - Constant

Mount

Weldable

Shield

Floating

Rated voltage

2.5KV

Sing or Double Ended

Single

SMA Coaxial Feedthrough 1 Pin with 0.807'' Weldable Flange

This is an SMA coaxial feed-through with a single-pin floating shield design and a 0.807-inch stainless steel solder adapter, which supports high-frequency transmission (up to 1 GHz) and is compatible with ultra-high voltage (UHV) environments for precision signal transmission (air-side connector not included).

 


Application of Coaxial Connectors

  • Radar system
  • Satellite communication
  • Nuclear fusion device
  • Electron microscope
  • Mass spectrometer
  • Laser system
  • High energy physics experiment
  • Vacuum interconnection system
  • Low temperature experimental equipment
  • X-ray equipment
  • RF ion source
  • Plasma diagnosis
  • Space simulation cabin
  • Beam transmission line
  • Superconducting magnet system