INNOVACERA | technical ceramic solutions

The quadrupole ring, support pieces, brackets and rods are the core structural components of the quadrupole mass analyzer and   Quadrupole Mass Filter , and are widely used in various quadrupole mass spectrometers and quality analysis equipment.   These components are specifically designed for the precise support, positioning and fixation of the quadrupole group. Their core function is to ensure that the four rods maintain extremely strict relative geometric positions and spacing accuracy in the long-term operation environment of high vacuum and high-frequency radio frequency electric field. This forms the mechanical foundation for achieving an ideal hyperbolic surface electric field distribution, high resolution, high mass accuracy and excellent repeatability of the instrument, which are critical performance requirements of a Quadrupole Mass Filter system.   This series of products are made by ultra-precise processing of high-performance special ceramics (alumina), achie...

As global oil and gas resource development continuously advances into deep, ultra-deep wells and complex geological environments, oilfield equipment is facing severe challenges of higher temperatures, higher pressures, and highly corrosive media. In this context, the reliability of key components has become an important foundation for ensuring the safe and stable operation of oil and gas exploration and production, and ceramic-metal welded parts provide reliable support.   1. What are ceramic-to-metal sealing components?   Ceramic-to-metal sealing components are functional structural parts that achieve metallurgical bonding between engineering ceramics and metal materials through the vacuum brazing process. This type of component possesses multiple functions such as electrical insulation, gas-tight sealing and mechanical bearing within the same structure. It is an important component of the electronic packaging and sealing systems in petroleum equipment.     Compared...

In today’s era of rapid development in deep space exploration and satellite technology, efficient and reliable propulsion systems are the key to extending the lifespan of spacecraft and expanding the boundaries of missions. The Hall Effect Thruster (HET), as an advanced electric propulsion technology, has become the mainstay of modern satellite orbit maintenance and deep space missions due to its advantages of high specific impulse and long service life. However, its core component – the plasma chamber – has long been subjected to severe challenges such as high temperatures, high-energy ion sputtering, and strong electric fields, which directly limit the performance and reliability of the propulsion system.   In this context, Innovacera has officially launched a  hexagonal boron nitride  (h-BN) plasma chamber component specifically designed for high-performance Hall effect thrusters. This component is made of advanced ceramic materials and employs precise manufacturing te...

  As global oil and gas resource development continuously advances into deep, ultra-deep wells and complex geological environments, oilfield equipment is facing severe challenges of higher temperatures, higher pressures, and highly corrosive media. In this context, the reliability of key components has become an important foundation for ensuring the safe and stable operation of oil and gas exploration and production, and ceramic-metal welded parts provide reliable support.   1. What are ceramic-to-metal sealing components?   Ceramic-to-metal sealing components are functional structural parts that achieve metallurgical bonding between engineering ceramics and metal materials through the vacuum brazing process. This type of component possesses multiple functions such as electrical insulation, gas-tight sealing and mechanical bearing within the same structure. It is an important component of the electronic packaging and sealing systems in petroleum equipment.     C...

The magnesium-zirconium flow liquid hole cover plate brick is made by magnesium-zirconium refractory material and is a key Block used to cover and protect the flow liquid hole of the glass kiln.   Main parameter: ·High temperature: used for a long time at temperatures above 1500  ° C   ·Chemical erosion: Subjected to continuous and high-speed erosion and penetration by the highly alkaline molten glass liquid.   Temperature fluctuation: Under conditions of kiln cooling, heating, or unstable working conditions, it will endure thermal shock.   ·Mechanical stress: Experiencing pressure from the upper kiln structure and the flow stress of the glass liquid.   ·Gas phase erosion: The alkali vapor (R₂O) in the kiln atmosphere will condense and erode the bricks.   Magnesium-zirconium bricks, due to their unique properties, have become the preferred or essential materials for modern high-performance glass kilns, especially for non-alkaline glass, electronic glas...