How does polyethylene’s resistance to biological growth compare to wood?
Polyethylene and wood differ significantly in their resistance to biological growth. Polyethylene, a synthetic plastic, is highly resistant to mold, fungi, and insect damage due to its non-porous and chemically inert nature. Unlike wood, it does not absorb moisture, preventing rot and microbial colonization. Wood, being organic, is naturally susceptible to decay, termites, and fungal attacks unless treated with preservatives. While treated wood can improve resistance, polyethylene requires no additional treatments, making it a low-maintenance alternative for outdoor or high-moisture applications. For long-term durability in harsh environments, polyethylene often outperforms wood in resisting biological degradation.
