What are the differences in thermal degradation rates between rattan and synthetic?

When comparing rattan and synthetic materials, one critical factor to consider is their thermal degradation rates. Rattan, a natural fiber, tends to degrade more slowly under moderate heat due to its organic composition and inherent heat resistance. However, prolonged exposure to high temperatures can cause brittleness and structural weakening.

On the other hand, synthetic materials, such as plastics or polymer-based fibers, often exhibit faster thermal degradation. While some synthetics are engineered for high heat resistance, many begin to melt or deform at lower temperatures compared to rattan. The degradation process in synthetics can release harmful chemicals, unlike rattan, which decomposes more naturally.

In summary, rattan generally outperforms synthetic materials in terms of slow thermal degradation under moderate heat, making it a preferred choice for applications requiring durability. However, synthetics may be tailored for specific high-heat scenarios, though with potential environmental trade-offs.