SIC, SISIC, CERAMICA DEL CARBURO DI SILICIO DI SSIC HA AVANZATO LA CERAMICA INDUSTRIALE

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SIC, SISIC, CERAMICA DEL CARBURO DI SILICIO DI SSIC HA AVANZATO LA CERAMICA INDUSTRIALE

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May 05, 2023

Category Connection: ceramica del carburo di silicio

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Tags:

#Cilindro SIC ceramico di 99% #Cilindro del carburo di silicio di industrie a semiconduttore #Ugelli acidi sic solforici dell'atomizzatore

Brief: Discover the exceptional properties of SIC, SISIC, and SSIC Silicon Carbide Ceramics, the advanced industrial ceramics known for their diamond-like hardness, excellent thermal conductivity, and resistance to acids and lyes. Ideal for bearings, seals, valves, and more.

Related Product Features:

High hardness, ranking 4th after diamond, making it extremely durable.
Excellent thermal conductivity for efficient heat management.
Superior corrosion resistance against acids and lyes.
Low thermal expansion ensures stability under temperature changes.
Lightweight with low density for easier handling and installation.
Semiconductor properties suitable for various industrial applications.
Stable performance across a wide temperature range.
Low friction coefficient for smooth operation in mechanical parts.

Interrogazioni:

What are the main applications of Silicon Carbide Ceramics?

They are used in bearings, mechanical seals, valves, linings, grinding machinery, and furnace components due to their durability and resistance.
How does Silicon Carbide compare to other ceramic materials?

Silicon Carbide offers higher hardness, better thermal conductivity, and superior corrosion resistance compared to materials like Al2O3 and ZrO2.
What is the difference between reactively bonded and sintered Silicon Carbide?

Reactively bonded (SCR-Si1, SCR-Si2) contains free silicon and is cost-effective but not suitable for alkali environments. Sintered (SCR-S) is pure silicon carbide, more versatile but expensive.