Ceramic metallization series

Molybdenum Manganese Metallized Ceramic Component Set -95% Alumina Ceramic Shell

Molybdenum Manganese Metallized Ceramic Component Set -95% Alumina Ceramic Shell

Ceramic components for sensors
Insulated ceramic
Temperature resistant ceramic components
alumina ceramic
Product description: Molybdenum manganese metallization has good air tightness, 95 alumina insulation is temperature resistant, and is suitable for various sensor packaging.
INQUIRY

Product Name: Molybdenum Manganese Metallized Ceramic Component Set -95% Alumina Ceramic Shell

Ceramic material: Al203: 95%, SiO2: 3.1% Calcium carbonate: 1.1% Other: 0.8%

Sintering temperature: 1630 degrees Celsius

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

Flatness:<0.035mm

Thermal conductivity: 0.4Cal. Cm. S ° C

Volume resistivity: 10130 cm

Molybdenum manganese metallization

Product model: YCB-TC-BY 20260118025

Size: 13mm high

Packaging size: 1.3*2.9*1.8cm

Total weight: 5 grams

High mechanical strength and wear resistance: Aluminum oxide ceramics have high hardness and compressive
strength, suitable for high-speed operation or frequent friction scenarios, such as the shaft sleeve of
equipment such as tape cutters and paper tube cutters.
Extremely strong environmental weather resistance: The ceramic substrate is resistant to acid and alkali,
corrosion, oxidation, radiation, and has no risk of corrosion. It can work stably for a long time in
various harsh environments such as humidity, salt spray, and chemical corrosion, and its service life far
exceeds that of organic insulation materials such as epoxy and plastic.
Strong thermal conductivity and heat dissipation ability: The thermal conductivity of 95 alumina ceramic
is 10-20 times that of PBT, epoxy resin and other materials, which can quickly dissipate the heat
generated by chip and contact operation, significantly reduce device temperature rise, improve power
carrying capacity and overload tolerance, and extend device service life.
Excellent electrical insulation performance: The alumina ceramic substrate itself has excellent
insulation properties, stable performance under high frequency and high voltage conditions, can
effectively isolate high and low potentials, and eliminate the hidden dangers of creepage and breakdown;
The sleeve type structure can achieve full electrode insulation and more comprehensive protection effect.
High bonding strength: The molybdenum manganese method forms a dense metal layer by coating molybdenum
manganese alloy powder on the surface of ceramics and sintering at high temperature, which is firmly
bonded to ceramics and has high tensile strength.
Good solderability: The surface of the metallization layer can be plated with nickel, silver, etc., making
it easy to solder and weld with metal pins or terminals such as copper and aluminum, achieving low contact
resistance electrical connections.
High temperature resistance and thermal shock performance: It can work under extreme high temperatures,
and the thermal expansion coefficient of the metallization layer matches that of the ceramic, avoiding
cracking or delamination caused by drastic temperature changes.
Ultimate airtight sealing capability: After metallization, it can be brazed to metal parts to form a
stable high vacuum or high-pressure sealing environment for a long time, without aging or leakage risks.
The airtight service life far exceeds that of organic sealing materials.
Strong resistance to chemical corrosion: stable to highly corrosive media such as acids, alkalis, and
solvents, with a lifespan far exceeding that of metal parts. It is commonly used in corrosive working
conditions such as chemical engineering, semiconductors, and new energy.
High dielectric constant: Alumina ceramics have a high dielectric constant, which can achieve large
capacitance values in a small volume and save space.
Excellent chemical stability: resistant to strong acids and alkalis, oxidation, and aging; does not react
with most media, maintaining performance without significant degradation in harsh environments such as
humidity and corrosion.
Excellent environmental resistance: the metallized layer has excellent aging resistance, high temperature
resistance, thermal shock resistance, and extreme environments such as high and low temperature cycling,
strong corrosion, and strong radiation.