I. Core Conclusions
Acid-resistant ceramic tiles focus on corrosion protection in ambient to medium-low temperature environments (such as chemical tanks and acid trenches), while acid-resistant refractory bricks specialize in structural stability in high-temperature environments (such as kilns and metallurgical equipment). The two differ significantly in composition, performance, and construction, requiring a suitable match based on actual operating conditions.
II. Composition and Structure Comparison
Ⅲ. Performance Parameter Comparison
IV. Differences in Application Scenarios
1. Acid-Resistant Ceramic Tiles: Prioritize Corrosion Resistance
Industrial Applications:
Chemical Storage Tanks, Acid Ditches, and Acid Well Linings (Contact with Sulfuric Acid, Hydrochloric Acid, etc.)
Electroplating Workshops, Wastewater Treatment Floors for Corrosion Protection
Acidic Media Handling Areas in Food/Pharmaceutical Plants
2. Acid-Resistant Refractory Bricks: Prioritize High-Temperature Stability
Metallurgical Applications:
Coke Ovens, Glass Melting Furnaces, and Acidic Steelmaking Furnace Linings
Chimneys and High-Temperature Area Masonry
Special Applications:
Equipment Requiring Both Acid and High-Temperature Resistance (e.g., High-Temperature Pickling Furnaces)
VI. Purchasing Recommendations
Highly Corrosive Environments with Normal Temperatures (e.g., Chemical Tanks) → Choose Acid-Resistant Ceramic Tiles
High Temperature Environments with Acidic Media (e.g., Glass Melting Furnaces) → Choose Acid-Resistant Refractory Bricks
Complex Applications (e.g., Chimney Linings) → Choose Acid-Resistant and Heat-Resistant Bricks (Combining Corrosion Resistance and Refractory Properties)