When winter arrives with its full force, our urban benches stand ready to meet the challenge. We engineer our public seating solutions to handle significant snow accumulation through multiple strategic approaches.
The foundation of our snow-resistant design begins with material selection. We use commercial-grade, powder-coated steel for the frame and structural components, providing exceptional strength-to-weight ratio. The bench slats are crafted from thick, marine-grade polymer or pressure-treated timber that maintains structural integrity even in freezing conditions.
Structural engineering plays an equally crucial role. Our benches feature reinforced leg assemblies with additional cross-bracing that distributes weight evenly across the entire structure. The angled design of certain models allows snow to slide off naturally rather than accumulating to critical levels. For maximum snow areas, we offer models with perforated seating surfaces that prevent snow buildup while maintaining comfortable seating.
The mounting system contributes significantly to snow load capacity. Our heavy-duty anchoring kits secure benches directly to concrete foundations, preventing any shifting or instability during freeze-thaw cycles. This permanent installation ensures the bench maintains its structural relationship with the ground regardless of weather conditions.
Maintenance considerations are also built into our designs. The materials resist corrosion from road salt and moisture, while the finishes prevent ice adhesion. This means municipal crews can quickly clear benches after storms without damaging the surface.
We subject our benches to rigorous testing that simulates extreme winter conditions, including static load tests that exceed typical municipal requirements. This verification process ensures each bench can handle the specific snow load ratings required by your region's building codes.
Whether facing light flurries or heavy lake-effect snow, our urban benches deliver reliable performance year after year. The combination of robust materials, intelligent engineering, and proper installation creates public seating that remains both functional and attractive through the harshest winter months.