Forming Fabric

Single Layer Forming Fabric

Specification

The single layer forming fabric of a paper machine is the continuous belt or belts of mesh screen upon which the paper sheet is formed. Most modern single layer forming fabric are comprised of polyester monofilament. The weave pattern and layering of a single layer forming fabric is designed to meet stringent requirements of dimensional stability, resistance to abrasion (on the wire side), minimum resistance to drainage, minimum wire-mark, and (sometimes) maximization of retention of fiber fines.

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With years of experience in production single layer forming fabric, we can supply a wide range of single layer forming fabric. single layer forming fabric can meet many applications, if you need, please get our online timely service about single layer forming fabric. In addition to the product list below, you can also customize your own unique single layer forming fabric according to your specific needs.

The 4-Shaft design single layer forming fabric commonly used in manufacturing all varities of paper grades. Four Shed Design Mesh available from 16/cm to 30/cm. Can be supplied in various combinations of warp (MD) yarns and welt (CD) yarn diameters. Specially suitable for writing printing papers where empahsis is on the formation of paper and also in coarseness. It is widely used in Liner Board, Pulp Board etc.

The 5-Shed design single layer forming fabric available from 22/cm to 30/cm Can be supplied in various combinations of warp (MD) yarns and weft (CD) yarns diameters Suitable for all type of paper grades where emphasis is on life of forming fabrics. Can be Supplied warp(MD) runner for tissue machines.

The 8-Shaft design single layer forming fabric (two up six down) has more internal void volume, more drainage capacity. 8-shed single layer forming fabric is suitable for making high basis weight paper and packing papers.

Single layer forming fabric benefits include: High Open Areas for Fast Dewatering Performance, Cleaner Headbox Operation, reduce wear on Dewatering Element and Improved Sheet Formation, Better Mechanical Retention Leading to Higher FSI, High Wear Volumes Ensuring Excellent Fabric Life, Outstanding Fabric Stability, Good Guiding Stability on Demanding Applications.

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