Screen Printing Mesh Count Guide
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Rob Krause
Owner, Battle Born Clothing & Print - Yerington, NV - Published March 11, 2026
TL;DR - Quick Mesh Count Cheat Sheet
36-60 mesh: Glitter, puff, high-density inks. 86-110 mesh: Shimmer inks, athletic numbers, bold coverage. 110-156 mesh: Standard t-shirt printing, spot colors, white ink on darks. 156-200 mesh: Underbases, moderate detail, softer hand. 200-230 mesh: Top colors over underbase, halftones, water-based inks. 230-305 mesh: Fine halftones, CMYK process, simulated process top colors. Battle Born uses Italian Saati Hi-TEX mesh on EcoClick frames, calibrated per job.
Mesh count is the single most important variable most customers never think about. They think about the design, the shirt color, maybe the ink color. But the screen mesh is what determines whether that design comes out sharp, vibrant, and properly cured - or blurry, too thick, and falling apart after three washes.
At its simplest: lower mesh count = bigger holes = more ink = thicker coverage, less detail. And higher mesh count = smaller holes = less ink = thinner coverage, more detail. Every job is a balancing act between those two forces, and the mesh count is how you dial it in.
At Battle Born, we stock a full range of Italian Saati Hi-TEX mesh on EcoClick frames from 60 through 305. Each job gets the mesh count calibrated to its specific ink type, design complexity, fabric, and desired hand feel. This guide explains how we make that decision so you understand what is happening behind the scenes when we print your order.
What Mesh Count Actually Means
Mesh count is the number of polyester threads crossing per square inch of the screen. A 110 mesh screen has 110 threads running horizontally and 110 threads running vertically in each square inch. The spaces between threads are the openings that ink passes through.
110
Low-Medium Mesh
Large openings, heavy ink deposit, bold coverage, less fine detail
200
Medium-High Mesh
Balanced ink deposit, good detail, versatile for most work
305
High Mesh
Tiny openings, thin ink film, maximum detail, softest hand feel
Thread diameter also matters. Thinner threads (like S-Mesh or LX-Mesh variants) create wider openings at the same mesh count, allowing more ink to flow through while maintaining fine detail. This is why two screens with the same mesh count from different manufacturers can print differently - the thread diameter and weave type affect the open area percentage.
"The higher the mesh count, the finer the holes are in the screen. The lower the mesh count, the larger the holes are. With that in mind, when you have a higher detail print, you need a higher mesh count (200 and above)."
- ScreenPrinting.com - "How to Choose the Right Mesh Count for the Job"
The Complete Mesh Count Chart
This is the reference table we use on the production floor. Bookmark it.
| Mesh Count | Best For | Ink Type | Ink Deposit | Detail Level |
|---|---|---|---|---|
| 36-60 | Glitter inks, puff ink, high-density | Specialty plastisol | Very heavy | Low - bold shapes only |
| 86 | Shimmer inks, athletic numbers | Shimmer, metallic | Heavy | Low-medium |
| 110 | White ink on darks, bold spot colors, block text | Standard plastisol | Heavy | Medium |
| 156 | General t-shirt printing, multi-color spot, moderate detail | Standard plastisol | Medium-heavy | Medium-good |
| 180-200 | Underbases for halftone overprint, softer hand, fine text | Plastisol, water-based | Medium | Good |
| 230 | Top colors over underbase, halftones, water-based, discharge | All types | Light-medium | High |
| 305 | CMYK process, fine halftones, sim process top colors | Plastisol (thin), water-based | Light | Maximum |
* 110 and 156 highlighted as the two most common "workhorse" mesh counts used in standard production.
Mesh Count and Ink Type: How They Interact
Different inks have different viscosities, and the mesh must match:
Plastisol (Thick)
Plastisol is the thickest common ink. It needs lower mesh counts (110-156) for adequate flow, especially white plastisol which is the thickest formulation. Using too high a mesh forces you to apply excessive squeegee pressure, which pushes ink into the fabric instead of sitting on top - reducing opacity and wasting ink.
Water-Based / Discharge (Thin)
Water-based and discharge inks are thinner than plastisol. They can handle higher mesh counts (155-305) and actually perform better at higher mesh because the finer openings control ink flow. Too low a mesh with thin ink causes flooding and loss of detail.
Specialty Inks (Particles)
Glitter, shimmer, metallic, and puff inks contain physical particles (flakes, powders) that must pass through the mesh openings. If the mesh is too fine, particles get trapped and clog the screen. Always match the mesh to the particle size - glitter requires 36-60 mesh, shimmer needs 86-110.
Mesh Count by Job Type: Our Decision Matrix
Here is exactly how we select mesh count for different job types at Battle Born:
| Job Type | Underbase | Top Colors | Notes |
|---|---|---|---|
| 1-2 color spot on white tee | N/A | 110-156 | Simplest job. Bread and butter. |
| Multi-color on dark garment | 110-156 | 200-230 | White underbase flash-cured, top colors on higher mesh. |
| Halftone / gradient on light tee | N/A | 200-230 | Must hold halftone dots cleanly. |
| Simulated process on dark | 180-230 | 230-305 | Smooth underbase for halftone overlay. |
| CMYK process on white | N/A | 305 | Finest halftone dots, transparent inks. |
| Discharge on dark cotton | N/A | 155-230 | Thinner ink handles higher mesh well. |
| Puff / high-density | N/A | 60-86 | Needs thick deposit for expansion/height. |
| Glitter ink | N/A | 36-60 | Large flakes require wide-open mesh. |
Mesh Count and Halftones: Avoiding Moire
When printing halftone dots, the mesh count must be compatible with the halftone frequency (LPI). If the mesh openings and the dot pattern align at certain intervals, you get moire - an unwanted interference pattern that ruins the print.
The 4-5x Rule
The mesh count should be roughly 4-5 times the halftone LPI. At 22.5 LPI (our standard), a 110 mesh works. At 45 LPI, use 200+ mesh. At 55 LPI, use 230-305 mesh. This spacing prevents the dot grid from aligning with the mesh grid. For a full deep-dive on moire avoidance and halftone angles, see our complete halftone guide.
Mesh Count and Hand Feel: Softer Prints Through Higher Mesh
Want a softer print? Use a higher mesh count. It is that simple. Higher mesh deposits less ink, and less ink on the garment means a lighter, softer feel. A plastisol print through 110 mesh feels noticeably thicker than the same design through 200 mesh. Push it to 230 or 305 and the print almost disappears under your fingers.
The tradeoff: thinner ink deposits mean less vibrancy and opacity. On light shirts this is rarely a problem. On dark shirts, you need the heavy underbase through lower mesh for coverage, but the top colors can run at higher mesh for a softer finish. Combining a 156 mesh underbase with 230 mesh top colors is one of our go-to setups for dark garments where the customer wants both pop and comfort.
For the ultimate soft hand, pair high mesh with discharge ink or water-based ink. The thin ink soaks into the fabric through fine mesh openings, producing a print that genuinely feels like part of the garment.
Our Screens: Saati Hi-TEX on EcoClick Frames
Mesh: Italian Saati Hi-TEX polyester. Consistent thread diameter, uniform weave, high tensile strength. Saati is one of the premier mesh manufacturers in the world - their Hi-TEX line holds tension better and longer than budget mesh, which directly translates to registration accuracy and dot holding on press.
Frames: EcoClick aluminum frames with mechanical tensioning. Aluminum will not warp from water exposure (unlike wood frames), and EcoClick's mechanical system allows re-tensioning and re-meshing without replacing the frame. Proper tension (25+ Newtons) is non-negotiable for halftone work.
Emulsion: CCI LED emulsion, exposed on our custom-built vacuum LED exposure unit. High-resolution emulsion + vacuum contact + LED exposure = the ability to hold halftone dots down to 5%. This is the screen-making foundation that makes our halftone and simulated process work possible.
Common Mesh Count Mistakes
Using 110 mesh for everything
The most common beginner mistake. 110 lays down way too much ink for fine detail, halftones, or top colors over an underbase. The print feels heavy and the detail is lost. Match the mesh to the job, not the other way around.
Running halftones through too-low mesh
If your halftone dots are smaller than the mesh openings can hold, they fall through and you lose highlight detail. The print looks flat and muddy in the lighter areas. Use the 4-5x rule: mesh count should be 4-5 times the halftone LPI.
Using the underbase screen as the highlight white
If your design has white in it, use a separate screen for the white highlight color - do not use the underbase screen for double duty. The underbase is there for opacity, printed through low mesh with thick ink. The highlight white needs to be printed through higher mesh for clean edges and proper integration with the other colors. See our underbase guide for details.
Not accounting for ink viscosity
Thick ink through high mesh = excessive squeegee pressure = ink pushed through the shirt = poor quality. Thin ink through low mesh = flooding = blurry edges = wasted ink. Always match the mesh to the ink viscosity. See our plastisol vs water-based ink guide for viscosity details.
We Handle the Mesh Selection for You
When you order from Battle Born, we select the optimal mesh count for every screen based on your design, ink type, fabric, and desired hand feel. Saati Hi-TEX mesh on EcoClick frames. No guessing. No cutting corners. No minimums. Same-day quotes.
Frequently Asked Questions
What mesh count should I use for screen printing t-shirts?
110-156 mesh for standard spot color work with plastisol ink. 200-230 for softer hand feel or top colors over an underbase. 230-305 for halftones and process printing. Match the mesh to the ink viscosity and design detail level.
What is mesh count in screen printing?
The number of polyester threads crossing per square inch of the screen. Lower counts (110) have larger openings for more ink. Higher counts (305) have smaller openings for finer detail and less ink. It determines ink deposit thickness, detail resolution, and hand feel.
What mesh count is best for white ink on dark shirts?
110-160 for the white underbase (thick deposit for opacity). 200-230 for the top design colors. If doing print-flash-print white, 156-180 gives a good balance of brightness and softness.
What mesh count for halftone screen printing?
200-230 for general halftone work. 305 for CMYK process. The mesh count should be 4-5x the halftone LPI to avoid moire. At 55 LPI, you need at least 230 mesh.
What mesh count for glitter and specialty inks?
Glitter: 36-60. Shimmer: 86-110. Metallic: up to 156-230 depending on flake size. Puff: 60-86 for the thick deposit needed for expansion. High-density: 60-86 for height.
Does mesh count affect how soft a screen print feels?
Yes. Higher mesh = less ink = softer feel. For the softest plastisol print, use 200-305 mesh with a hard squeegee. For the absolute softest result, combine high mesh with discharge or water-based ink.
More Screen Printing Guides from Battle Born
Halftone & Simulated Process Guide →
Dots, angles, CMYK, and moire avoidance
Underbase Printing Explained →
How we print bright colors on dark shirts
Plastisol vs Water-Based Ink →
Which ink type is right for your project?
What Is Discharge Ink? →
The soft-hand secret for dark garments
Screen Print vs Embroidery vs DTF →
Choosing the right decoration method
Screen Printing Artwork Guide →
From vector files to simulated process