Thank you for your excellent question! It's one we take very seriously. At our company, every park bench is subjected to a comprehensive battery of tests designed to ensure decades of safe, reliable service in public spaces. Our philosophy is that public furniture must be built to withstand not just the elements, but also real-world use.
Our durability testing begins with cyclic load testing. We simulate years of use by mechanically applying weight to the seat and backrest for hundreds of thousands of cycles. This identifies potential weak points in welds, joints, and materials long before they could become an issue in the field.
For safety, static load testing is paramount. We apply forces far exceeding standard weight requirements—often simulating the stress of multiple adults—to guarantee structural integrity. We also conduct stability tests to ensure the bench cannot tip under uneven loading.
Since benches live outdoors, weathering and corrosion resistance are critical. Materials undergo salt spray tests, UV exposure chambers, and extreme temperature cycles to evaluate finish adhesion, color fastness, and rust prevention. We select materials like powder-coated steel or thermally modified wood specifically for their proven performance in these harsh conditions.
Furthermore, we perform material-specific checks: checking for splintering on wood, ensuring metal edges are smooth and rounded, and verifying that all fasteners are secure and tamper-resistant. Our testing protocols align with international standards such as ASTM and EN, but we frequently exceed them.
Ultimately, our goal is simple: to create a bench that a community can install and forget about—not because it's unimportant, but because it's so reliably safe and durable. We believe that rigorous, behind-the-scenes testing is the foundation of trustworthy public infrastructure.