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Poor surface slip resistance has become a common hidden risk for industrial packaging paper and logistics carton paper. In modern automated warehousing, pallet stacking and cross-regional logistics transportation, smooth paper surface brings insufficient friction coefficient, which causes carton displacement, sheet sliding, pallet collapse and cargo toppling frequently. This problem is amplified in high-humidity warehouse environments, as paper surface absorbs tiny water molecules to become more slippery, greatly lowering stacking safety. Most paper factories adopt rough embossing or coarse filler adding to enhance friction, yet this method destroys paper surface smoothness, damages printing clarity, increases fiber breakage, and reduces paper compression resistance. It is hard to balance anti-slip performance, printing effect and original physical strength via traditional physical modification methods. Shandong Ludao Energy Technology Co., Ltd. launches eco-friendly paper slip resistance optimization solutions. By forming invisible micro-friction texture on paper surface at molecular level, we upgrade surface friction steadily without damaging surface flatness and ink adsorption capacity. The modified paper owns stable dry and wet anti-slip performance, avoids stacking sliding and logistics collision, keeps intact printing effect and surface finish, improves warehouse stacking safety, lowers cargo damage rate, and brings stable use performance for downstream packaging and logistics enterprises.