What kind of wood is typically used for superior shock resistance in containers?

In the context of containers designed for superior shock resistance, hardwood is often favored due to its inherent properties. Hardwood, which comes from deciduous trees, tends to be denser and more rigid compared to softwoods. This density provides added strength and durability, making hardwood suitable for applications where impact resistance is crucial. Its structural integrity allows hardwood containers to better absorb and distribute applied forces, reducing the risk of damage to the contents inside.

While softwoods and plywood can also have their advantages in terms of weight and cost, they typically do not match the shock-absorbing qualities of hardwood. Composites, although strong, may not possess the same traditional shock resistance characteristics that hardwood offers. Thus, for applications specifically requiring superior shock resistance, hardwood is the preferred choice.