polyester forming fabrics

Product Specification

Feature

Yiheng Forming Mesh: Core Selling Points 1. Unmatched Technical Precision Ultra-Fine Weave: We offer high-density weaving up to 108 mesh (Model 60188), ensuring superior fiber support for high-end, lightweight paper and non-woven fabrics. Industry-Leading Thinness: With an ultra-thin profile as low as 0.3 mm (Model 41203), our mesh provides exceptional surface conformity and precision forming for delicate materials like facial masks and medical grade non-wovens. 2. "Zero-Mark" Surface Excellence Proprietary Seam Technology: Our advanced joint craftsmanship ensures the seam thickness is perfectly identical to the mesh body. This eliminates "mesh marks" on the fabric surface and prevents "roller jumping" at high speeds. Flawless Finish: The ultra-flat and smooth surface results in an exceptionally uniform and delicate fabric texture, making it the top choice for premium hygiene and medical applications. 3. High-Speed Operational Stability 1200m/min Speed Endurance: Engineered to run flawlessly on world-class production lines (such as Reicofil RF4) at maximum industrial speeds without vibration or fatigue. Advanced Heat-Setting: Through a rigorous secondary heat-setting process, our forming mesh maintains perfect dimensional stability—no shrinkage, no ruffles, and no off-tracking (deviation) during long-term operation. 4. Superior Material Longevity Anti-Hydrolysis PET: We use internationally advanced, high-tenacity PET monofilaments that are resistant to heat and humidity, preventing the "brittleness" often found in standard belts. Extreme Wear Resistance: Specially designed for high-tension environments, our mesh offers a long operational life (typically 3–6 months on high-speed lines), significantly reducing your maintenance costs and downtime. 5. Optimized Production Efficiency Uniform Air & Water Permeability: Precisely controlled airflow (up to 29,200 m³/㎡·h) ensures even fiber distribution and consistent GSM (weight) of the finished product. Energy-Saving Design: The optimized aerodynamic structure reduces the power required for vacuum suction and airflow, lowering overall energy consumption on your line.