全球纸厂的真实成果
工程案例研究，附带经验证的前后对比KPI。了解PAPTEX成形网、干网和压榨网如何在生产、质量和成本降低方面实现可量化的改进。
Ultra-High-Speed Tissue Line: 5.6 m Wide at 2,000 m/min
Wire marks were eliminated at operating speeds up to 2,000 m/min. Fabric life increased from 55 to 78 days, a 42% improvement. The forming index improved by 8 points and machine uptime increased by 3.2%. The mill standardized PAPTEX SSB forming fabrics across its tissue machines.
全部案例
SSB成型网将生活用纸产量提升15%
产量提升15%，成型网使用寿命延长33%，断纸次数减少60%。蒸汽消耗下降8.3%，预计每年可节省18万美元的能源和造纸网成本。
扁丝干网将使用寿命延长33%
干网使用寿命延长33%，停机时间减少42%，水分分布波动减半至±1.0%。每年节省维护成本12万美元，同时改善了下游瓦楞机操作的纸张品质。
压榨织物升级将停机时间减少40%
停机时间减少40%（每月节省7小时），产量提升8%，进入烘缸部的纸幅水分降低3个百分点。更干燥的纸幅降低了下游蒸汽需求，每年额外贡献5万美元的能源节省。
Ultra-High-Speed Tissue Line: 5.6 m Wide at 2,000 m/min
Wire marks were eliminated at operating speeds up to 2,000 m/min. Fabric life increased from 55 to 78 days, a 42% improvement. The forming index improved by 8 points and machine uptime increased by 3.2%. The mill standardized PAPTEX SSB forming fabrics across its tissue machines.
Wide Fine Paper Line: Coordinated PMC at 1,350 m/min
Cross-direction moisture variation fell by 35%. Dryer-fabric tracking issues were eliminated and machine efficiency improved by 4.7%. The mill consolidated its PMC supply with one provider.
Heavy-Duty Packaging Paper: 6.6 m Machine Cluster
Fabric life increased from 38 to 58 days, a 53% improvement. Interply defects fell by 62%, machine availability increased by 5.1%, and total cost of ownership decreased by 28%.