Fine Ceramics(Advanced Ceramics)
Ceramic Properties
Chemical Properties

Chemical Resistance

Fine Ceramics possess high levels of chemical stability. As a result, Fine Ceramic materials are highly resistant to chemical corrosion.

Chemical Resistance
Chemical Resistance
(Weight Loss) mg/cm2
Material Name & Code Features
Nitric acid (60%) 90℃, 24H
High
Low
≒0.00 It's a single crystal of alumina, a transparent material.
≒0.00 It is a material with high strength and fracture toughness.
≒0.00 Lightweight, highly corrosion-resistant and excellent heat-resistant material.
0.10 It is a widely used material with high electrical insulation and mechanical strength.
1.11 This material has excellent heat shock resistance and wear resistance, and has high strength even at high temperatures.
Sulfuric acid (95%) 95℃, 24H
High
Low
≒0.00 It's a single crystal of alumina, a transparent material.
≒0.00 Lightweight, highly corrosion-resistant and excellent heat-resistant material.
0.00 This material has excellent heat shock resistance and wear resistance, and has high strength even at high temperatures.
0.04 It is a material with high strength and fracture toughness.
0.33 It is a widely used material with high electrical insulation and mechanical strength.
Sodium hydroxide (30%) 80℃, 24H
High
Low
≒0.00 It's a single crystal of alumina, a transparent material.
≒0.00 Lightweight, highly corrosion-resistant and excellent heat-resistant material.
0.08 It is a material with high strength and fracture toughness.
0.22 This material has excellent heat shock resistance and wear resistance, and has high strength even at high temperatures.
0.26 It is a widely used material with high electrical insulation and mechanical strength.

Case studies utilizing this property