When you ask about the load testing our park benches undergo, you're touching upon the core of our commitment to public safety and product longevity. Our benches don't just meet industry standards—they significantly exceed them through a multi-phase testing protocol that simulates decades of public use in controlled environments.
First, we conduct static load testing where weights equivalent to 2,000 pounds are applied to the center and ends of the bench for 24-hour cycles. This isn't just about supporting average weight—it's about ensuring stability when multiple people sit clustered together or when someone stands on the bench surface.
Next comes dynamic impact testing, where we simulate sudden forces like someone jumping onto the bench or heavy objects being dropped. Our engineers use specialized equipment to apply 300% of the expected dynamic loads, checking for any material fatigue or joint weaknesses.
We then subject our benches to accelerated fatigue testing, replicating 20 years of continuous use through automated systems that simulate sitting and rising motions. Each bench undergoes over 100,000 cycles while monitoring for any structural compromises.
Furthermore, our environmental testing incorporates temperature extremes from -30°F to 120°F while applying loads, ensuring our benches maintain integrity through seasonal changes. All mounting hardware and attachment points receive separate stress analysis.
The result? Park benches certified to safely support 800-1,000 pounds distributed weight—far exceeding typical public space requirements. This rigorous approach means our benches remain safe, stable, and beautiful through decades of community use, from busy urban plazas to quiet neighborhood parks.