technical ceramic solutions

KF40 9 Pin Vacuum Feedthrough Connector Reliable Supplier

What is Vacuum Feedthrough Connector?

 

The vacuum feedthrough connector is glass to metal components, it is designed to transmit signals into vacuum chambers. Hermetically sealed without compromising vacuum integrity.

Why the Glass-to-Metal feedthrough is important?

 

The KF40 9 Pin Vacuum Feedthrough connector uses glass-to-metal hermetic sealing technology, have reliable vacuum performance by high-temperature bonding:

 

– Ultra-low leak rate
– Long-term stability
– Excellent thermal resistance

 

It is the glass to metals seals components for maintaining UHV system reliability.

 

Technical Detail

– Corrosion resistant,KF40 standard compatible SUS304 Stainless Steel Flange
– Excellent conductivity and oxidation resistance Gold-Plated Kovar Pins
– Standard 9 pin,customizable Multi-Pin Design
– Suitable for high and ultra-high vacuum environments,UHV Compatibility

 

KF40 9 Pin Vacuum Feedthrough Connector Reliable Supplier

 

Applications

– Semiconductor manufacturing equipment
– Vacuum coating systems
– Mass spectrometry
– Scientific research systems
– UHV systems

 

How to Choose the Right Feedthrough?

 

Key factors to consider:

– Leak rate
– Material compatibility
– Pin configuration
– Vacuum level(HV/UHV)

 

Low-quality feedthroughs can lead to vacuum failure and costly downtime.

 

Why Choose Us?

– Reliable UHV hermetic sealing
– Custom pin and flange options
– Leak testing available
– Fast global support

 

Contact Our Sales Engineers

 

If you need to get a quote or get custom solutions, then send your drawing and technical requirements to our email of sales@innovacera.com to contact our sales engineers.


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FAQ

A KF40 9 Pin Vacuum Feedthrough Connector is a hermetically sealed component designed to transmit signals into vacuum chambers without compromising integrity. Glass-to-metal sealing technology ensures ultra-low leak rates, long-term stability, and excellent thermal resistance, making it critical for maintaining reliability in Ultra-High Vacuum (UHV) environments like semiconductor manufacturing and mass spectrometry.

To choose the right feedthrough, evaluate your specific vacuum level (HV or UHV), required pin configuration (standard 9-pin or customizable multi-pin), and material compatibility. Key factors include the ultra-low leak rate of our glass-to-metal seals, corrosion resistance of the SUS304 flange, and oxidation resistance of gold-plated Kovar pins. Low-quality alternatives can lead to costly vacuum failures and downtime.

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