How do manufacturers test the trash can’s resistance to impact or rough handling?

Manufacturers employ rigorous testing methods to evaluate the durability and impact resistance of trash cans, ensuring they withstand rough handling in real-world scenarios. One common approach is the drop test, where the trash can is dropped from a specified height (e.g., 3-6 feet) onto a hard surface to simulate accidental falls. Multiple angles are tested to assess structural integrity.

Another method involves dynamic impact testing, where a weighted object strikes the trash can at high speed to mimic collisions or heavy debris. Manufacturers also conduct repetitive stress tests, repeatedly subjecting the trash can to rough handling, such as dragging or tipping, to evaluate long-term durability.

For plastic trash cans, material hardness tests (e.g., Shore D scale) measure resistance to dents and scratches. Metal trash cans undergo corrosion and dent resistance tests under extreme conditions. Compliance with industry standards like ASTM D5276 (drop testing) ensures consistency.

Advanced facilities use simulated environmental chambers to test how temperature and humidity affect impact resistance. High-quality trash cans often pass certification programs (e.g., ANSI/BIFMA) for commercial use. These tests guarantee that trash cans endure daily wear and tear, from household use to industrial settings.

By combining lab simulations with real-world stress tests, manufacturers deliver products that balance functionality, longevity, and safety.