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Stacking stability is a critical comprehensive performance that affects finished paper storage safety and batch quality consistency. In industrial production, finished paper sheets are usually stacked in high piles for long-term warehouse storage, container transportation and batch delivery. Ordinary paper is prone to various stacking defects such as pile inclination, sheet sliding, local collapse and uneven compression deformation during high stacking. These problems stem from unbalanced surface friction, inconsistent internal stiffness, uneven moisture distribution and unstable inter-fiber structure. Poor stacking stability leads to messy paper piles, deformed finished products and increased manual sorting workload, and severely causes batch product extrusion damage and economic losses. In high-humidity warehouse environments, paper surface moisture absorption further reduces friction and structural stability, exacerbating stacking disorder and deformation. Most paper enterprises rely on manual strapping and low stacking height to avoid risks, which occupies a large amount of warehouse space and reduces storage and transportation efficiency, failing to solve the fundamental structural problems of paper. Shandong Ludao Energy Technology Co., Ltd. launches targeted paper stacking stability optimization solutions. By balancing paper surface friction coefficient, homogenizing internal structural stiffness and locking uniform moisture distribution, we greatly improve the overall compression resistance and anti-slip stacking performance of paper. The optimized paper maintains neat and stable stacking state in high piles, no sliding, inclination or local collapse during long-term storage and transportation, effectively reduces finished product damage rate, saves warehouse space, and improves the efficiency of finished product storage, transportation and delivery.