When developing urban benches for public spaces, we implement a comprehensive durability testing protocol that simulates decades of real-world use. Our process begins with material selection analysis, where we evaluate various woods, metals, and composites for structural integrity and weather resistance. We then subject bench prototypes to accelerated aging tests that replicate extreme weather conditions including intense UV exposure, temperature fluctuations from -30°C to 50°C, and simulated rainfall equivalent to 10 years of precipitation.
The mechanical testing phase involves cyclic loading equipment that applies pressure equivalent to 250kg weight loads repeatedly—simulating approximately 15 years of public usage within just 8 weeks. Our vandalism resistance assessment includes impact tests using specialized equipment to measure structural response to potential abuse. Additionally, we conduct fatigue testing on all moving parts and joints, monitoring for any material degradation or weakness development.
For benches with electronic components, we perform extended functionality tests under various environmental conditions. Our chemical resistance evaluation exposes surfaces to common urban pollutants, cleaning agents, and graffiti substances to ensure easy maintenance and long-term aesthetic preservation. Each bench must pass all 27 specific durability criteria before receiving our quality certification.
We complement laboratory testing with real-world pilot installations in diverse urban environments, monitoring performance across different climates and usage patterns. This multi-layered approach ensures every bench that reaches your community combines safety, comfort, and exceptional durability that withstands the test of time and use.