High Vacuum Ionization Gauge Glass to Metal Seals in Precision Measurement

Product Details
Application: Aerospace, Electronics, Medical
Material Composition: Alumina, Al2O3
Speciality: High Insulation, High Strength, Temperature Resistant
Manufacturer/Factory & Trading Company

360° Virtual Tour

Diamond Member Since 2024

Suppliers with verified business licenses

Audited Supplier

Audited by an independent third-party inspection agency

Self-branded
The supplier has 2 Self-brands, check the Audit Report for more information
QA/QC Inspectors
The supplier has 3 QA and QC inspection staff
R&D Capabilities
The supplier has 2 R&D engineers, you can check the Audit Report for more information
Product Certification
The supplier's products already have relevant certification qualifications, including:
CE
to see all verified strength labels (26)
  • High Vacuum Ionization Gauge Glass to Metal Seals in Precision Measurement
  • High Vacuum Ionization Gauge Glass to Metal Seals in Precision Measurement
  • High Vacuum Ionization Gauge Glass to Metal Seals in Precision Measurement
  • High Vacuum Ionization Gauge Glass to Metal Seals in Precision Measurement
  • High Vacuum Ionization Gauge Glass to Metal Seals in Precision Measurement
  • High Vacuum Ionization Gauge Glass to Metal Seals in Precision Measurement
Find Similar Products

Basic Info.

Type
Ceramic Part
Transport Package
Carton Package
Specification
Customized
Trademark
INNOVACERA
Origin
Fujian, China

Product Description


The working principle of the high vacuum ionization gauge is to utilize the ionization phenomenon of gas under high vacuum conditions. It consists of an ionization chamber and an electron collector. When gas molecules enter the ionization chamber, they are ionized by methods such as heating wires or electron beams to produce positive ions and free electrons. The positive ions are attracted to the electron collector by the electric field force, and the free electrons are accelerated and cause an electric current to flow.

By measuring the magnitude of the current in the ionization chamber, the density of the gas molecules and the degree of vacuum can be inferred. Generally speaking, the density of gas molecules is positively related to the current. Therefore, when the current increases, it means the vacuum degree is low; conversely, when the current decreases, it means the vacuum degree is high.

Measuring range
* Use high voltage and large-sized ionization chamber when measuring low pressure;
* When measuring high pressure, use a low voltage, small size ionization chamber.

 
High Vacuum Ionization Gauge Glass to Metal Seals in Precision Measurement
High Vacuum Ionization Gauge Glass to Metal Seals in Precision Measurement
 
High Vacuum Ionization Gauge Glass to Metal Seals in Precision MeasurementHigh Vacuum Ionization Gauge Glass to Metal Seals in Precision MeasurementHigh Vacuum Ionization Gauge Glass to Metal Seals in Precision MeasurementHigh Vacuum Ionization Gauge Glass to Metal Seals in Precision MeasurementHigh Vacuum Ionization Gauge Glass to Metal Seals in Precision MeasurementHigh Vacuum Ionization Gauge Glass to Metal Seals in Precision MeasurementHigh Vacuum Ionization Gauge Glass to Metal Seals in Precision MeasurementHigh Vacuum Ionization Gauge Glass to Metal Seals in Precision MeasurementHigh Vacuum Ionization Gauge Glass to Metal Seals in Precision Measurement

Send your message to this supplier

*From:
*To:
*Message:

Enter between 20 to 4,000 characters.

This is not what you are looking for? Post a Sourcing Request Now
Contact Supplier