Technical Description

Equipped with a 75 mm x 130 mm tungsten-lined hot zone, it guarantees a clean, non-carbonaceous environment ideal for high-purity applications.

This furnace excels in precision processes where maintaining material purity is crucial, particularly beneficial for electronic ceramics and optically transparent ceramic applications.

Uses and Applications

• Precision processing of sensitive materials requiring clean atmospheric conditions
• Research and development of ceramic materials for electronics and optics industries
• Production of high-performance ceramics with stringent purity and quality standards
• High-purity oxide and nitride sintering for electronic and transparent ceramics

Benefits of Using the Centorr 2000 Vacuum Furnace

• High Purity Environment: Ensures a non-contaminated atmosphere essential for achieving high-purity results
• Versatile Processing: Ideal for delicate oxide and nitride materials crucial in electronic and optical applications
• Precision Control: Accurate temperature and atmosphere management for repeatable, high-quality outcomes
• Enhanced Material Properties: Produces components with improved mechanical and optical properties due to reduced contamination risks

For added insight we offer chemical, microstructural, and physical testing of the sintered product to validate the results of your vacuum firings.

At AMRICC, our state-of-the-art Centorr vacuum furnaces are operated by expert technicians, ensuring optimal results and efficiency for your projects. Contact us today to discuss your specific needs and leverage our advanced material processing capabilities.

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