Innovacera’s ceramic-to-metal sealing components such as ceramic vacuum feedthroughs are made of high-purity alumina ceramic and precisely machined metal rods. The permanent is high-strength and ultra-high gas-tight sealing connection is achieved through a high-temperature vacuum brazing process.
The high-purity alumina cartridge diaphragm is exquisitely white in appearance and compact in size (22.5×17×1.5mm). Through modern ceramic manufacturing technology, it achieves more balanced mechanical properties, ensuring that the tonearm performs more stably and accurately.
This high-current ceramic feedthrough is designed for CO₂ laser power systems,where stable current transmission, electrical insulation, and mechanical reliability are essential for continuous laser operation.
Engineered for extreme high-voltage, high-temperature vacuum environments, our glazed alumina ceramic tube with an internal thread provide the ultimate insulation and sealing solution for critical ion repeller and repeller insulator assemblies.
The KF40 feedthrough connector of the BNC type is an electrical through-piece specially designed for high vacuum systems. It is used to stably and reliably introduce BNC coaxial signals from the atmospheric side into the vacuum chamber interior.
The filament assembly is a crucial component in scanning electron microscopes (SEM), transmission electron microscopes (TEM), and mass spectrometers. In the mass spectrometry applications in the fields of analysis and medicine, the filament serves as a stable and controllable electron source. Its performance directly affects the sensitivity, resolution, and long-term operational reliability of the instrument.
Innovacera Carbon Ceramic Brake Discs are engineered for extreme braking performance in high-speed, high-load, and high-temperature environments. Manufactured from advanced carbon fiber–reinforced ceramic matrix composites, these brake discs combine exceptional thermal stability, low density, and outstanding wear resistance, making them ideal for high-performance automotive and motorsport applications.
MCH heater (Metal Ceramic Heater, a high-performance ceramic heating solution specifically designed for mass spectrometers and analytical instruments) can be used as a source heater or a gas channel heating element. It rapidly and uniformly heats liquid or gas samples to an gaseous state, allowing them to enter the analysis section. Compared to traditional resistance wires or PTC elements, MCH heaters have a smaller size, higher energy efficiency, precise temperature control, and quick response. This helps to enhance the sensitivity and accuracy of mass spectrometry analysis while ensuring a pollution-free heating process.
The ceramic orifice plate is a crucial interface component between the ion source and the mass analyzer in a triple quadrupole mass spectrometer, and it is also the main location where the de-clustering potential (DP) is applied.
Boron Nitride Ceramic Components for Hall Effect Thruster Plasma Chambers Hall Effect Thruster (HET) is an electric propulsion device that generates thrust for spacecraft by ionizing propellants like xenon or krypton and accelerating the ions, with the process regulated by crossed electric and magnetic fields.
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