Fire stations are built to withstand the toughest conditions, but even the strongest buildings are vulnerable to water damage, staining, and surface deterioration, especially in climates like Ashland, Oregon. To extend the life of their facility, the Ashland Fire Station needed a reliable, long-lasting solution to protect its smooth concrete block exterior from the elements.
Fire stations are exposed to constant environmental wear, rain, moisture, and vehicle exhaust all contribute to surface damage over time. Without proper protection, moisture can seep into the smooth block, leading to:
✔ Efflorescence & staining – White, chalky deposits that form when trapped water pushes minerals to the surface
✔ Cracking & deterioration – Water absorption weakens the structure, leading to expensive repairs
✔ Mold & mildew growth – Moist conditions can create an ideal environment for microbial growth
To prevent these issues and preserve the fire station’s exterior, Blok-Lok was the ideal solution.
The Ashland Fire Station chose Blok-Lok, a high-performance silane/siloxane water repellent, to protect its smooth block walls from moisture infiltration while maintaining the building’s clean, professional appearance.
Blok-Lok works by creating an invisible, breathable barrier that repels water, preventing it from soaking into the block. This helps to:
✔ Stop efflorescence & staining – No more unsightly white deposits
✔ Reduce cracking & surface deterioration – Moisture stays out, keeping the structure strong
✔ Prevent mold & mildew growth – Dry surfaces mean a healthier environment
✔ Maintain the building’s natural appearance – No glossy residue or color change
✔ Ensure long-term durability – One application provides years of reliable protection
With Blok-Lok in place, the Ashland Fire Station is now shielded against water damage and environmental wear, ensuring its smooth block exterior remains strong and intact for years to come. By choosing proactive protection, they’ve eliminated costly repairs and reinforced their station for the future.