High‑performance Upgrading Accelerates for Industrial Building Daylighting Materials

Green and low‑carbon concepts have become core guidelines for industrial building development. Natural light utilization and building energy consumption control are integrated into the design of newly‑built factories and logistics warehouses. Industrial roof and enclosure systems keep raising standards for the comprehensive performance of daylighting materials. Conventional daylighting materials suffer from obvious drawbacks such as outdoor aging & yellowing, weak impact resistance, and poor thermal insulation. After long‑term field exposure, they tend to face light transmission loss and material brittleness, failing to meet long‑term operation requirements of modern industrial projects.

Polymer daylighting materials represented by polycarbonate are widely adopted in large‑span workshops, logistics warehouses and steel‑structure buildings, benefiting from their outstanding UV‑resistance, high impact strength, anti‑yellowing property and thermal insulation performance. The industry logic is transforming: daylighting materials are no longer limited to basic light transmission. The integration of daylighting, safety protection, and energy conservation has become a key development trend for industrial daylighting systems, driving upstream and downstream players to continuously improve material formulas and sheet structures.