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What are the thermal bridging risks in insulated PVC sculptures?
Thermal bridging is a critical concern in insulated PVC sculptures, where heat bypasses insulation through conductive materials, reducing energy efficiency. PVC, while lightweight and durable, can still create thermal bridges if not properly insulated. These bridges allow heat transfer, leading to energy loss, condensation, and potential structural damage.
Common risks include metal fasteners or framing within the sculpture, which conduct heat more efficiently than PVC. Poorly sealed joints or gaps in insulation also exacerbate the problem. To mitigate thermal bridging, use thermal breaks like non-conductive spacers, ensure continuous insulation, and minimize metal components.
By addressing these risks, artists and designers can enhance the thermal performance of PVC sculptures, ensuring longevity and energy efficiency in both indoor and outdoor installations.
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