Kacapi alumina tinggi mangrupikeun bahan keramik anu khusus nyaéta komponén utama nyaéta alumina (al2o3)) sareng biasana ngandung eusi aluminium alumun?
1. stabilitas suhu anu luhur:
Keralik leutik alumika ngagaduhan stabilitas suhu anu pikaresepeun sareng tiasa ngajaga struktur sareng kinerja dina kaayaan suhu anu ekstrim, upami teu cocog pikeun sato-suhu anu anyar pikeun {3)
2. anu hadé ngagem résistansi:
Due to their high aluminum content, high-aluminum ceramics exhibit excellent wear resistance and are ideal for applications requiring wear resistance, such as abrasives, wear parts, etc.
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Kacapi gantina tinggi nunjukkeun stabilitas kimia anu alus teuing sareng média kimia sapertos asam sareng alkisten {). 1, 1} {)
4. prestasi insulasi:
Kusabab struktur kendamina, tamama alumina gaduh sipat insulasi anu langkung alus teuing sareng tiasa dianggo dina widang instrum éléktronik, sami substrat, sareng {1} {1} {1} {1} {1} {1} {1} {1} {1} {1} {1} {1} {1} {1}
5. Favorweight sareng kakuatan tinggi:
Sanaos aya bahan kerverik, seram aluman anu sederhana mangrupikeun rasa gede langkung saé, pikeun gaduh hade dina aplikasi anu meryogikeun kakuatan anu tinggi sareng pering {1} {} {oD i {1} {1} {} {1}
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Under conditions of large temperature fluctuations, high-alumina ceramics show good dimensional stability and are not prone to dimensional changes caused by thermal expansion, making them suitable for occasions with high precision requirements.
7. Restioan korosi anu luar biasa:
Since its main component is alumina, high-alumina ceramics have good corrosion resistance and perform well against corrosive media such as acids, alkalis, and salts.
8. kasucian luhur sareng polusi
Proses nyiapkeun ceramika alumina tiasa ngahontal tingkat purifikasi anu luhur, halangan alumun rata biasana biasana bahan duriity tinggi anu henteu henteu nyababkeun polusi ka ngurilingan pinuh ku lingkungan ulang pisaran {)
