Product Name: Vacuum Brazing Ceramic Metalization 2-piece Set -95% Alumina Ceramic

Ceramic material: Al203: 95%, SiO2: 2.1%, CaCO3: 2.1%, others: 0.8%
Sintering temperature: 1630 degrees Celsius

Hardness:>1150HV5, high wear resistance, high temperature resistance

Flatness:<0.035mm

Vacuum welding:>5 * 10 ^ -12atm · cc/s

Product model: YCB-TC-BY 20260118041

Wheel thickness: 6mm

Packaging size: 3.9 * 7.8 * 9.9cm

Total weight: 210 grams

Ultra high true air tightness:Vacuum brazing achieves permanent sealing,meeting the requirements
of ultra-high vacuum (UHV), without the aging and leakage problems of rubber and epoxy seals.
High current and low loss:Oxygen free copper conductive rod+low resistance brazed interface, can
stably carry tens to hundreds of amperes of high current, with low temperature rise and high
conductivity efficiency.
Excellent insulation and voltage resistance: 95% alumina ceramic has high breakdown strength and
can withstand thousands to tens of thousands of volts of high voltage, completely eliminating
leakage and creepage phenomena.
High temperature and corrosion resistance:It can work stably for a long time under harsh working
conditions such as high temperature, acidity, alkalinity, and radiation.
Long life maintenance free:The brazed sealing structure has no aging or wear,and its service life
far exceeds that of ordinary insulation parts.
High mechanical reliability:The brazing bond has high strength,resistance to vibration and impact
, and is suitable for complex operating conditions of industrial equipment.
Strong thermal conductivity and heat dissipation ability: 95 alumina ceramic has excellent
insulation and voltage resistance,as well as good thermal conductivity,which can quickly conduct
the heat generated by the device's operation and avoid internal heat accumulation failure.
Excellent chemical stability:It is resistant to strong acid and alkali corrosion, anti-oxidation
and anti-aging,does not react with most media, and has no obvious degradation in humid,corrosive
and other harsh environments.