How do I pick the right mesh count for my design?Updated 4 hours ago

Selecting the right mesh count is one of the most important decisions you'll make when preparing a screen. Two main factors determine which mesh is best for the job: the amount of detail in your artwork and the type of ink you're printing.

The more detailed your design, the higher the mesh count you'll typically need. Fine lines, small text, and halftones require a tighter mesh to accurately hold those details. If the mesh is too thin, the image can lose detail as the artwork falls through the larger openings. On the other hand, bold graphics and large spot-color prints don't require as much detail, so a lower mesh count is often the better choice because it allows more ink to pass through the screen easily.

Ink type is just as important when choosing a screen. Water-based, discharge, and other thin inks perform best with higher mesh counts (200–305+), which help control ink flow and prevent the print from becoming blurry or oversaturated. Plastisol, white, metallic, and specialty inks are much thicker and require lower mesh counts so they can pass through the screen more easily. Using too high of a mesh with these inks can result in poor opacity and uneven coverage.

It's also worth considering the mesh color. White mesh allows more light to pass through during exposure, making it a great choice for lower mesh counts and bold designs where maximum light transmission is beneficial. Yellow mesh reduces light scatter (also called light undercutting), resulting in sharper edges and finer detail. Because of this, yellow mesh is commonly preferred for higher mesh counts, halftones, small text, and detailed artwork where exposure precision is critical.

Common Mesh Counts

• 36–64 Mesh: Best for glitter inks, allowing the larger glitter flakes to pass through the screen.
• 86 Mesh: Ideal for shimmer inks and other specialty inks containing larger particles.
• 110 Mesh: A great all-around mesh for plastisol inks, bold graphics, white inks, underbases, athletic prints, and large spot-color designs. It lays down a generous amount of ink, making it a popular choice for beginners.
• 156 Mesh: Excellent for general-purpose printing with plastisol and waterbased inks, offering a good balance between image detail and ink deposit. Most screen printers use this mesh count for spot colors in textile printing.
• 200–230 Mesh: Ideal for finer details, smaller text, and thinner inks such as water-based and discharge inks. These mesh counts also produce a softer-feeling plastisol print by laying down less ink.
• 280–305 Mesh: Best for very fine detail, halftones, and simulated process printing where maximum image resolution is required.

There isn't a single "best" mesh count for every job. The ideal choice depends on your artwork, ink, garment, and desired print result. As you gain experience, selecting the right mesh will become second nature and will play a major role in producing clean, professional-quality prints.

If you'd like to learn more about mesh counts, please read this article.