Industrial Filter Stainless Steel Mesh Roll , 100 Mesh Stainless Steel Screen

this fabric is a high precision woven mesh with a unique weave structure made out of Polyester Monofilament yarns having special properties. In the forming section (also called the wet-end) of a paper machine, pulp (which is 95% + water and balance cellulose fiber) is released over a moving fabric and while the water is drained through this fabric through gravitational and vacuum forces, the fibers are left behind to form a wet sheet of paper. The mechanical dewatering which commences in the forming section plays an important role in the final paper quality as any non-uniformities arising in this section cannot be corrected later in the paper machine. This wet sheet is then transferred on to a Felt and then on to a Dryer section for making this wet sheet of paper into a dry sheet of usable paper.

We manufacture a full range of Forming Fabrics (for the wet-end) and Woven Dryer Screens & Spiral Link Dryer Screens (for the dryer section) for sophisticated and high speed paper machines. Over 30% of our production is exported to over 25 countries around the world. We also manufacture woven fabrics for the Pulp section (where pulp is made), paper machine clothing, technical textiles, paperboard and the effluent Treatment Plants (ETP where effluents are treated and fiber is recovered).

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Feature

• Acid-resistant, alkali-resistant,non-toxic.
• Wear-resistant,no seam marks,no static charge.
• Net body smooth, tensile strong, good ventilation.
• Running smoothly, .wide adaptability.
• Heat resisting and wear proof.
• Increase paper making speed, and speed up the slurry filter water.
• No splashing pulp phenomena due to high speed, good protection for fiber.

• Changed the fiber configuration way, the fiber vertical array more against square opening in common fabric,the pull strength in vertical is good but worse in crosswise.

• Avoid the problem from traditional paper making fabric, such as wire mesh looseness, poor flatness, and pulp left in mesh.