What are the differences in thermal expansion coefficients between rattan and synthetic?
Thermal expansion coefficients measure how materials expand or contract with temperature changes, a critical factor in furniture and construction. Rattan, a natural fiber, has a lower thermal expansion coefficient compared to many synthetic materials, making it more stable under temperature fluctuations. Synthetic materials, such as plastics or composite fibers, often exhibit higher expansion rates, which can lead to warping or cracking over time. Understanding these differences helps in selecting the right material for environments with varying temperatures. Rattan's natural stability makes it ideal for outdoor furniture, while synthetics may require additional engineering to mitigate expansion effects.
