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Monofilament synthetic fibers can be woven very precisely to create industrial textiles with narrow pore distribution. This precision weaving process creates fine mesh woven fabrics with apertures (hole sizes) as small as 10 micron, with a strand and thickness tolerance of +/-10%.

There are quite a few types of mesh fabrics available and they can be made from many types of substrates. There are multifilament and monofilament threads, stainless steel, nylon, polyester, and silk.

This article is limited to monofilament polyester printing mesh, the best and cheapest choice for screen printing garments. You have for example many choices in thread weave available. The plain weaves (Fig. 1) and the twill weaves. (Fig.2) Twill weaves can provide higher ink volume when used in higher meshes but the ability to hold sharp edges with a coated emulsion is diminished.(Fig. 3) Almost all applications will be best served with a plain weave.

The threads support the stencil. The open areas allow ink passage. Familiarity with the meaning and importance of each mesh will make fabric selection easier---and consistent high-quality printing more predictable 

Mesh Count: 

The number of threads per linear inch (norminal mesh count). Screen fabrics are woven in threads per centimeter and then the number is calculated to English measurement for sale into parts of the world that don’t use the metric system 

Example: A fabric woven at 120 threads/cm equals 305 threads/inch. The figure is calculated by multiplying 120 x 2.54=304.8, this number is rounded up to 305 

Heute weiterhin Siebdruck eine bedeutende Rolle bei der Herstellung von Glas & Keramik Produkte für Industrie- und Consumer-Anwendungen zu spielen. Siebdruck ist einzigartig, weil der Prozess zwei wesentliche Herausforderungen für Glas Dekorateure überwinden kann:

-In der Lage, Druck auf unbegrenzte Größen, 3D-Objekte, unebenen Flächen
-Geben Sie Dick, undurchsichtige Tinte-Einlagen, die oft Glas Fritte/Edelmetalle enthalten