Materials

99.99% alumina ceramic is centered on an ‌ultra-high-purity alumina matrix‌, achieving ‌atomic-level dense structures‌ through ‌ultra-high-temperature sintering processes‌. Its hardness rivals that of natural single-crystal corundum and exhibits ‌ultra-high-temperature stability‌ ...

99.9% Alumina Ceramic: Based on an ‌ultra-high-purity Al₂O₃ matrix‌ (purity ≥99.9%), this ceramic achieves an ‌atomic-level dense structure‌ through ‌ultra-high-temperature sintering‌ (≥1800°C), with ‌hardness approaching single-crystal corundum‌ (Mohs hardness 9.2) ...

99% Alumina: 99% alumina ceramics are based on ultra-high purity alumina matrix (Al₂O₃≥99%), achieving ultimate hardness (approaching corundum) and ultra-high temperature stability (long-term resistance to temperatures above 1700. C) through ...

96% alumina: 96% alumina ceramics are made up of 96% alumina as the core component, optimized for performance through silicate and other additives. They have high hardness, wear resistance, and ...

Alumina ceramics are high-performance materials widely used in precision industrial fields under extreme conditions. Depending on the purity of the alumina, common types include 96% and 99% alumina ceramics. 96% ...

Blue zirconia: Stable blue tone is achieved by doping rare earth elements such as cobalt (Co) and cerium (Ce) or special pigments, balancing the mechanical properties of zirconia with high ...