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Surface fuzzing and linting are common stubborn quality defects that plague printing and post-processing. During high-speed printing, slitting and laminating processes, loose fine fibers on the paper surface fall off continuously, forming paper dust and surface fuzz. These floating fine fibers will adhere to printing rollers, ink layers and laminating films, resulting in fuzzy printed patterns, ink dot defects and uneven lamination surfaces. Serious fuzzing will also cause dust accumulation in the processing workshop, affect production hygiene, and greatly reduce the yield of high-precision printed products. The root causes of paper fuzzing include loose surface fiber bonding, insufficient surface sizing strength, excessive fine fiber content and uneven fiber distribution. Most conventional surface strengthening methods will harden the paper surface, damage ink absorption performance, and affect printing color presentation. Shandong Ludao Energy Technology Co., Ltd. provides professional anti-fuzzing and anti-linting optimization solutions. By strengthening surface fiber bonding fastness, locking floating fine fibers, and optimizing surface compactness uniformity, we fundamentally eliminate paper surface fuzzing and dust shedding problems. The solution maintains good paper ink permeability and printing adaptability, ensures clean and smooth paper surface, effectively improves high-speed printing quality and post-processing yield, and reduces customer after-sales complaints.