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Ceramic end effectors are used to carry products, such as wafer silicon wafers, which require thermal stability and can be used in high temperatures of more than 2,000 degrees without causing pollution. This is because alumina ceramics have the advantages of high temperature and wear resistance.
Zirconium carbide vs. silicon carbide: which refractory performs better at 2000°C?
Posted by Blog - Technical Ceramics - Heeger Materials 0 Comments views (40)
Explore a detailed comparison of Zirconium Carbide vs. Silicon Carbide at 2000°C, highlighting key properties, performance factors, and their suitability for extreme-temperature applications.
Why is sintered silicon carbide non-reactive?
Posted by Blog - Technical Ceramics - Heeger Materials 0 Comments views (13)
Discover the reasons behind sintered silicon carbide's non-reactivity, including its robust molecular structure and resistance to harsh conditions.
5 reasons labs prefer silicon carbide crucibles over alumina
Posted by Blog - Technical Ceramics - Heeger Materials 0 Comments views (18)
Explore the top 5 reasons Silicon Carbide crucibles outperform Alumina, offering better heat resistance, durability, and chemical protection in laboratory settings.
Alumina grade classifications: A complete guide
Posted by Blog - Technical Ceramics - Heeger Materials 0 Comments views (86)
This guide provides an in-depth look at alumina grade classifications, detailing their purity, properties, and applications in industries such as aluminum production, ceramics, and electronics.
Understanding yield strength of alumina in extreme conditions (0-1600°C)
Posted by Blog - Technical Ceramics - Heeger Materials 0 Comments views (82)
This article examines alumina's yield strength in extreme conditions, focusing on its thermal stability and mechanical performance from 0-1600°C, and its suitability for high-temperature applications.