On May 7, 2026, a critical transformation took place in the thermal conductive materials industry. Oriented boron nitride thermal pads, with superior comprehensive performance, are comprehensively replacing traditional alumina materials. Their green and efficient industrial chain is driving the sector to shift from resource-intensive to technology-efficient development. The alumina industrial chain features lengthy processes, high energy consumption, heavy pollution and logistics burdens from bauxite mining and high-temperature smelting to filler preparation. Boron nitride uses boric acid and urea as raw materials, eliminating mining and benefiting from simplified synthesis and lower energy use. With oriented thermal conductivity, it requires only 1/10 of alumina dosage, enabling more efficient downstream processing and zero bulk solid waste, achieving energy saving, environmental protection and reduced logistics pressure. This substitution represents industrial chain upgrading rather than just material iteration. Boron nitride delivers better thermal performance with less raw material and energy consumption, aligning with carbon neutrality goals. It provides sustainable thermal management solutions for electronics, new energy and other fields, leading the green upgrade of the thermal management industry. For more information, please visit: https://www.tiktok.com/@mia_iota/video/7597717976720149782