Synthetic Resin Tiles Chemical Corrosion Resistance Test: Protecting Against Environmental Damage

Synthetic resin tiles are exposed to various chemicals and pollutants in the environment, including salt, alkali, and acid rain. The chemical corrosion resistance test evaluates how well tiles resist damage when exposed to corrosive substances. High-quality resin tiles should remain unaffected by common environmental chemicals, maintaining their color, strength, and overall performance.

During the test, resin tiles are immersed in solutions of salt, alkali, and acid (less than 60% concentration) for 24 hours. After exposure, the tiles should show no signs of chemical reactions, discoloration, or corrosion. Inferior quality tiles, on the other hand, may fade, degrade, or show other signs of chemical damage under these conditions. This test is critical in coastal areas or regions where air pollution or acid rain is prevalent.

Why this test matters: When roofing materials are exposed to chemicals, especially in harsh environments, this material should not degrade or lose its aesthetic appeal. Choosing resin tiles that pass this test ensures that your roof will remain visually appealing and structurally sound, even in areas with high chemical exposure.