How does synthetic rattan’s thermal conductivity affect its touch in hot/cold weather?

Synthetic rattan is a popular material for outdoor furniture due to its durability and aesthetic appeal. One key factor influencing its comfort is its thermal conductivity, which determines how it feels to the touch in varying weather conditions.

In hot weather, synthetic rattan tends to absorb less heat compared to metal or other materials, thanks to its lower thermal conductivity. This means it remains relatively cool to the touch, even under direct sunlight, providing a comfortable seating surface. However, prolonged exposure to high temperatures can still cause slight warmth, though it rarely becomes uncomfortably hot.

Conversely, in cold weather, synthetic rattan’s low thermal conductivity prevents it from becoming excessively cold. Unlike metal or stone, which can feel icy, synthetic rattan retains a more neutral temperature, making it pleasant to use even in cooler climates.

Overall, synthetic rattan’s balanced thermal properties make it a versatile choice for outdoor furniture, ensuring comfort across different seasons. Its ability to moderate temperature extremes enhances its appeal for patios, gardens, and other outdoor spaces.