How do stone outdoor trash cans resist damage from ice melt products?

Stone outdoor trash cans, particularly those made from dense materials like granite or solid masonry, possess inherent resistance to damage from ice melt products through several key mechanisms. The non-porous nature of properly sealed stone surfaces prevents chemical penetration that typically causes deterioration in other materials. Unlike metal that corrodes or wood that splinters when exposed to deicing chemicals, high-quality stone maintains structural integrity due to its mineral composition and density. The sealing process applied during manufacturing creates an additional protective barrier that repels moisture and chemical infiltration. Regular maintenance including resealing every 1-2 years further enhances this protection. While no material is completely impervious, granite trash cans specifically demonstrate remarkable resilience against calcium chloride and magnesium chloride-based ice melts commonly used in winter months. Proper drainage design in stone receptacles also prevents chemical pooling, reducing prolonged exposure to corrosive elements. This combination of material properties and protective treatments enables stone outdoor trash cans to maintain both functionality and aesthetic appeal despite repeated winter deicing applications.