Polyester molded fabric mesh for papermaking, single/double/triple molded mesh

Product Introduction  
Polyester Forming Fabric As a core component in modern papermaking lines, Polyester Forming Fabric plays a pivotal
role in pulp dewatering and paper sheet formation. It’s engineered from high-grade polyester monofilaments, delivering
outstanding abrasion resistance and long-term dimensional stability—critical for withstanding the continuous mechanical
stress of papermaking machines. Available in multiple structures (single-layer, double-layer, 2.5-layer, triple-layer), it adapts
to diverse production needs: single-layer designs offer efficient drainage for basic paper grades, while multi-layer options
enhance fiber retention and surface smoothness, ideal for high-quality papers. Its precision-woven texture ensures
uniform water flow, minimizing wire marks on the final sheet and optimizing paper formation consistency. Resistant to
most papermaking chemicals and usable at temperatures below 150°C, it maintains reliable performance across pulp
types. Customizable in mesh count, thread diameter, and weave pattern, it meets specific requirements for paper weight
and texture, making it an indispensable choice for efficient, high-quality papermaking.

Product Advantage

Polyester Forming Fabric: Product Advantages
1. Exceptional Durability: Crafted from high-grade polyester monofilaments, it boasts strong abrasion resistance,
en during the constant mechanical friction and pulp impact in papermaking machines. This significantly extends its
service life, reducing the frequency of fabric replacement and lowering operational costs.
2. Superior Dimensional
Stability**: It maintains its shape and structure even under high tension and temperature fluctuations (up to 150°C)
during papermaking. This avoids fabric deformation, ensuring consistent paper sheet thickness and stable machine
operation.
3. Optimized Papermaking Performance**: Its precision-woven structure enables uniform drainage,
minimizing wire marks on the paper surface for better printability. Multi-layer variants enhance fiber retention, improving
paper strength and reducing pulp waste. 4. **Strong Chemical Resistance**: It resists corrosion from common
papermaking chemicals (e.g., alkalis, acids in pulp), maintaining performance in harsh environments without degradation.
4. High Customizability: Available in diverse weave patterns, mesh counts, and thread diameters, it adapts to different
paper grades (from tissue to cardboard), meeting varied production needs.

Product Features