Was originally established as dynamesh inc Measuring screen tension in both warp and weft directions is crucial in screen printing because it ensures uniformity and accuracy in the printing process Loose screens cause issues like poor registration, ink spatter, and the need for more squeegee pressure Tighter tension gives brighter prints with less effort Most mesh can handle 25 newtons or more. In screen printing, screen tension refers to the level of tightness applied to the mesh fabric as it's stretched and secured across a frame
This tension is measured in newtons per centimeter (n/cm) and expresses how much resistance the mesh provides when pressure is applied during printing. Mesh tension is a very important factor in stencil performance and thus print results This is one of those technical aspects of screen printing that many beginners and even experienced screen printers often overlook or misunderstand. Learn how to maintain optimal screen tension with murakami’s smartmesh tension guide—reduce elongation and improve registration. Cracks and pinholes through which ink may pass can form easily with low mesh tension A tight screen will also produce better print quality
Tension of your mesh is measured in “newtons”, or more specifically, newtons per centimeter To measure tension, a weighted tension meter is rested on the fabric and the deflection (how much the fabric “gives”) is denoted by number For example, 25 newtons is a good tension for garment printing.
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