How do rattan outdoor trash cans resist damage from falling branches during storms?
Rattan outdoor trash cans employ several design features that make them surprisingly resistant to damage from falling branches during storm conditions. The inherent flexibility of rattan weaving allows these containers to absorb impact rather than crack under pressure. When branches strike, the woven strands create a cushioning effect that distributes force across the entire surface area rather than concentrating it at the point of impact.
Many quality rattan trash cans incorporate reinforced steel or aluminum frames beneath the rattan exterior, providing structural integrity while maintaining the natural appearance. This metal skeleton helps maintain the can's shape even when subjected to significant impact forces from falling debris.
The treatment processes applied to outdoor rattan also contribute to its storm resistance. Most manufacturers apply weather-resistant coatings that prevent the material from becoming brittle when exposed to rain, wind, and temperature fluctuations. This maintained flexibility is crucial for withstanding sudden impacts without splintering.
The cylindrical shape of most rattan trash cans also works to their advantage during storms. This design lacks flat surfaces that might provide direct targets for falling branches, instead presenting curved surfaces that encourage glancing blows rather than direct hits.
Maintenance practices further enhance storm resistance. Properly maintained rattan that is periodically treated with protective sealants retains its flexibility and strength characteristics much longer than neglected units. This regular care ensures the material can continue to perform its shock-absorbing function season after season.
While no outdoor trash can is completely impervious to severe storm damage, rattan's combination of flexibility, reinforced structure, and weather-resistant properties make it exceptionally capable of surviving the typical falling branch impacts experienced during most storms.
