Mesh printing, commonly known as screen printing, is a printing technique that uses a woven mesh to support an ink-blocking stencil. The process has evolved over 1,000 years, with modern screen printing receiving its first patent in 1907 and gaining widespread commercial adoption in the 1960s through artists like Andy Warhol [4]. Today, it remains the most widely used textile printing method globally, particularly for apparel applications where durability and color vibrancy are critical.
The fundamental process involves five core steps. First, a design is created and converted into a stencil that blocks specific areas of the mesh screen. Second, the screen is mounted on a printing frame and aligned with the garment. Third, ink is poured onto the screen and a squeegee pushes the ink through the open mesh areas onto the fabric below. Fourth, the printed garment passes through a curing process where heat (typically 160°C for plastisol inks) permanently bonds the ink to the fibers. Finally, the screen is cleaned and prepared for the next print run [5].
For women's blouses and shirts, mesh printing offers distinct advantages over alternative methods. The thick ink deposit creates vibrant, opaque colors that stand out on dark fabrics—a critical requirement for fashion apparel. Unlike direct-to-garment (DTG) printing which absorbs into fibers, screen printing sits on top of the fabric, creating a tactile quality that premium buyers often associate with higher value. The process also supports specialty inks including metallic, glow-in-the-dark, puff (raised texture), and increasingly, conductive inks for wearable electronics integration.
Screen printing uses thick, vibrant ink and gives very durable results. If your design only has a few colors and you're printing in large quantities, it's usually a great option [7].

