Found 13 results
Single layer: one set MD+CD yarns, best drainage (500-800 CFM), lowest FSI (50-80), for low-speed heavy grades. Double layer: two CD yarn sets, FSI 80-120, CFM 400-650, mid-speed workhorse. Triple lay
FSI quantifies the number of fiber support points per unit area on the paper side. Each MD/CD yarn intersection = a fiber anchoring point. Higher FSI = more uniform fiber mat = better retention + fewe
SSB can justify a premium when sheet support, marking resistance or wear stability is the verified constraint. Compare it with standard triple layer using a controlled trial and cost per ton.
A specialized guide for tissue producers on forming fabric selection and optimization. Covers low-basis-weight sheet support and dewatering requirements for 14–22 gsm tissue grades.
Causes by likelihood: (1) Binder knuckle protrusion — most common on standard triple layer, upgrade to SSB. (2) Fabric tension too low — increase within 4-8 kN/m. (3) Mesh too coarse for basis weight.
PAPTEX SSB (Surface-Support-Binder) Triple Layer Forming Fabric represents the pinnacle of forming fabric technology. Engineered with a proprietary self-binding weave structure, it combines a fine pap
PAPTEX Double Layer Forming Fabric strikes the ideal balance between performance and cost-effectiveness for medium-speed paper machines. The dual-layer construction features a fine paper-side warp for
PAPTEX Triple Layer Forming Fabric with self-binding technology represents our heavy-duty forming solution for demanding applications. Unlike conventional triple-layer designs that use separate binder
Engineering overviewPT-SSB4500 is a high-retention 2/5-satin SSB triple-layer forming fabric for fine, printing and specialty paper. Its dense paper-side structure delivers an FSI of 170 while the mod
Engineering overviewPT-3CSSB5220 is a 2/5-satin SSB triple-layer forming fabric for high-speed tissue and fine-paper machines. Its independently engineered paper and wear sides combine clean sheet for
PAPTEX Laminated Press Fabric is built for the most extreme press section conditions — high nip loads, abrasive furnishes, and applications where standard BOM fabrics fail prematurely. Multiple base f
PAPTEX Sludge Dewatering Belt is a heavy-duty industrial fabric engineered for municipal and industrial wastewater treatment applications. The robust double-layer polyester/polyamide composite constru