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Fiber fibrillation degree directly determines the bonding performance and comprehensive physical indicators of paper. Insufficient fibrillation leads to smooth fiber surface, few fine burrs and small bonding area between fibers, resulting in loose paper structure, low strength and poor folding resistance. Excessive fibrillation will cause excessive fine fibers, increased pulp viscosity, poor drainage performance and slow paper forming speed, restricting high-speed machine production. Unbalanced fibrillation degree is a key factor leading to conflicting paper strength and production efficiency in most paper mills. Many enterprises rely solely on mechanical beating to adjust fibrillation, which causes serious fiber damage, shortened fiber length and decreased toughness, failing to achieve balanced optimization of quality and efficiency. Shandong Ludao Energy Technology Co., Ltd. provides precise fiber fibrillation optimization solutions. Through biological and chemical auxiliary treatment technology, we moderately activate fiber surfaces, form uniform fine fibrillation burrs, increase fiber bonding area without damaging fiber length and toughness, and effectively balance fibrillation quality and pulp drainage performance. The optimized fibers form a tighter and more stable interweaving structure, comprehensively improving paper tensile force, folding endurance and structural compactness while ensuring high-speed and efficient papermaking production.