Engineering case studies with verified before/after KPIs. See how PAPTEX forming fabrics, dryer fabrics, and press fabrics deliver measurable improvements in production, quality, and cost reduction.

Wire marking eliminated at all speeds up to 2,000 m/min. Fabric service life extended from 55 to 78 days (+42%). Sheet formation index improved by 8 points. Machine uptime increased 3.2%. The mill has now standardized on PAPTEX SSB forming fabrics across all its tissue machines.

Production output increased 15%, forming fabric service life extended 33%, and sheet breaks reduced 60%. Steam consumption decreased 8.3%, delivering an estimated $180,000 in annual energy and fabric savings.

Fabric life extended by 33%, downtime reduced by 42%, and moisture profile variation halved to ±1.0%. Annual maintenance cost savings of $120,000 plus improved sheet quality for downstream corrugator operations.

Downtime reduced 40% (7 hours saved per month), production output increased 8%, and sheet moisture entering the dryer section dropped by 3 percentage points. The drier sheet reduced downstream steam demand, contributing an additional $50,000 in annual energy savings.

Wire marking eliminated at all speeds up to 2,000 m/min. Fabric service life extended from 55 to 78 days (+42%). Sheet formation index improved by 8 points. Machine uptime increased 3.2%. The mill has now standardized on PAPTEX SSB forming fabrics across all its tissue machines.

Cross-machine moisture variation reduced by 35%. Dryer fabric tracking issues completely eliminated (8→0 per year). Machine efficiency improved 4.7%. The mill consolidated PMC supply to a single vendor, reducing procurement complexity and spare parts inventory.

Fabric life extended from 38 to 58 days (+53%). Inter-ply defects reduced by 62%. Machine availability improved 5.1%. Total cost of ownership reduced by 28% across the three-machine cluster.
Share your paper machine specifications with our engineering team. We will analyze your current setup and recommend the optimal PMC configuration — with projected performance improvements.