Study the Potential of Mineral Ceramics Based on Aluminium Oxide in Replacing Metal Alloys

Modern metal alloys used in the tooling industry often consist of expensive and rare metals, impacting affordability and sustainability. This research explores the potential of mineral ceramics, mainly composed of readily available aluminum oxide (Al2O3), as an alternative for high-performance engineering ceramics. This research highlights the advantages and disadvantages of mineral ceramics over various metal alloys. Further exploration could refine properties and expand industrial adoption, contributing to a more responsible and efficient materials landscape.

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Publication Details

Journal
SAR Journal - Science and Research
Published
2024-09-27
DOI
https://doi.org/10.18421/sar73-05
Primary Topic
Material Properties and Applications
Type
article
Field-Weighted Citation Impact
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article

Study the Potential of Mineral Ceramics Based on Aluminium Oxide in Replacing Metal Alloys

Zulfiqor Chulliyev, Begali Bektemirov, Shokhrukh Tlovoldiyev, Mukhlisakhon Abdurakhmonova
SAR Journal - Science and Research
Material Properties and Applications
article

Study the Potential of Mineral Ceramics Based on Aluminium Oxide in Replacing Metal Alloys

Zulfiqor Chulliyev, Begali Bektemirov, Shokhrukh Tlovoldiyev, Mukhlisakhon Abdurakhmonova
article en

Abstract

Modern metal alloys used in the tooling industry often consist of expensive and rare metals, impacting affordability and sustainability. This research explores the potential of mineral ceramics, mainly composed of readily available aluminum oxide (Al2O3), as an alternative for high-performance engineering ceramics. This research highlights the advantages and disadvantages of mineral ceramics over various metal alloys. Further exploration could refine properties and expand industrial adoption, contributing to a more responsible and efficient materials landscape.

SAR Journal - Science and Research
Tashkent State Technical University named after Islam Karimov (UZ)
Openalex Percentile: Top 74%
Material Properties and Applications
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