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How do manufacturers test the trash can's resistance to heavy impacts or drops?
Manufacturers rigorously test trash can durability to ensure they withstand heavy impacts and accidental drops. Common methods include:
1. Drop Testing: Bins are dropped from specified heights (e.g., 3-6 feet) onto hard surfaces to simulate real-world accidents. Multiple angles are tested to evaluate structural integrity.
2. Impact Resistance Tests: Weighted objects or pendulum devices strike the bin at controlled speeds to measure resistance to dents, cracks, or deformation.
3. Material Stress Analysis: Advanced labs use pressure mapping and stress tests to identify weak points in materials like stainless steel, plastic, or composite blends.
4. Cycle Testing: Repeated impacts or drops assess long-term durability, mimicking years of use in high-traffic areas.
5. Environmental Simulations: Some tests combine impacts with extreme temperatures or UV exposure to evaluate performance in harsh conditions.
These standardized procedures help manufacturers design trash cans that endure heavy use while maintaining safety and functionality.
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