High And Low Voltage High-temperature Resistant Ceramic Insulator Premium Porcelain Alumina
This high and low voltage high-temperature ceramic insulator is crafted from premium porcelain alumina material, boasting excellent heat resistance and insulation properties. It finds its primary application in high-voltage and low-voltage equipment within power systems, such as transformers, circuit breakers, and insulators, ensuring the safe operation of electrical systems.
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High-Temperature Resistance: Manufactured using high-quality porcelain alumina material, it can withstand prolonged operation in high-temperature environments, ensuring stability and reliability of equipment.
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Outstanding Insulation Performance: The design and material selection of the insulator provide excellent electrical insulation properties, effectively preventing current leakage and breakdown, ensuring the safe operation of power systems.
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Corrosion Resistance: Constructed from premium ceramic material, it exhibits excellent corrosion resistance, resisting the effects of chemicals and humidity, thus extending its service life.
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Reliable Mechanical Strength: With a sturdy design structure, it possesses good mechanical strength and pressure resistance, capable of withstanding various loads and external forces in power systems, ensuring long-term stable operation of equipment.
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Precision Manufacturing Process: The insulator undergoes precise manufacturing processes and stringent quality control, ensuring stable and reliable product quality that meets high customer demands.
Talc Porcelain High Frequency Porcelain Physical Properties | |||
Properties | Units | Values | |
Main Ingredients | MgO SiO2 | ||
Substance Properties |
Volume Density | g/cm2 | 28 |
Water Absorption Rate | % | 0 | |
Sintering Temperature | ºC | 1350 | |
Physical Properties |
Hardness | HV | 800 |
Flexural Strength | Kg/cm2 | 900 | |
Compressive Strength | Kgf/cm2 | 4000 | |
Thermal Properties |
Maximum Operating Temperature | ºC | 1100 |
Thermal Shock Resistance | T(ºC) | 200 | |
Thermal Conductivity | W/(m·K) | 5 |