[Abstract] Halftone Textures

Halftone is the trick of building continuous tone out of marks that have no tone of their own. Rulings, thresholds and scattered grain are either fully on or fully off, and the eye averages them into greys that were never actually printed. Scale is the whole game: too coarse and the pattern reads as decoration, too fine and it collapses into flat grey or tears into moire. These tiles are generated at clean screen frequencies rather than scanned from print, so the geometry stays exact at any size.

License

Free for personal and commercial use. No attribution required. Commercial games, film, broadcast, print, product design and client work are all permitted. No credit, no backlink, no permission request needed. You may not resell or redistribute the texture files themselves as a texture pack.

What's in this collection

• Line screens — dense parallel rulings that thicken and thin across the field, the ruled alternative to dots. Editorial layouts, posters, retro print looks.
• Moire interference — two rulings crossed at a slight angle so a third pattern appears where they meet. Glitch art, motion backdrops, op-art panels.
• Threshold contrast — flowing forms cut to hard black and white with no midtones left. Stencils, screen-print artwork, alpha masks.
• Dithered grain — even scattered speckle that fakes a tone step without a smooth gradient. Low-fi interfaces, print reproduction, grain overlays.

All tiles are seamless in both directions and delivered at high resolution.

Where halftone is used

Graphic and editorial design. Halftone instantly signals print, and it is the standard way to give a flat digital layout the physical, reproduced quality that pure vector work lacks.

Comic and stylised game art. Cel-shaded and comic-styled rendering leans on halftone for shadow ramps, because a dot screen reads as deliberate illustration where a gradient reads as unfinished lighting.

Motion graphics. Dot screens make excellent animated transitions and matte reveals, since scaling the dot size produces a wipe that feels mechanical rather than digital.

Product and packaging design. Retro and heritage packaging deliberately reproduces coarse screens, and having real printed reference beats generating a perfect grid that no press ever produced.

How to use these in Blender

1. Load the tile into an Image Texture node and drive Base Color through a ColorRamp for a hard two-tone result, which is what makes it read as print rather than as a photograph of dots.
2. For toon shading, feed a Shader to RGB node into the halftone lookup so the dot size follows the actual lighting instead of sitting statically on the surface.
3. Use Window or Camera texture coordinates rather than UV. Real halftone belongs to the printed page, not to the object, so it should stay fixed in screen space as the model moves.
4. Keep Filtering off or set to Closest at large scales so the dots stay crisp; smooth interpolation turns a screen into grey mush.

How to use these in Unreal Engine 5

1. Import with sRGB off, since these are pattern data rather than colour, and set the texture group to UI or a non-compressed group to avoid block artefacts around the dots.
2. Apply as a post-process material using ScreenPosition rather than mesh UVs, so the screen stays locked to the frame as the camera moves.
3. Divide ScreenPosition by a resolution scalar so dot size stays constant in pixels regardless of output resolution — otherwise the effect changes strength between 1080p and 4K.
4. Compare scene luminance against the halftone value with a step node for a hard threshold, and use a small smoothstep instead if you want slightly softened dot edges.

How to use these in Photoshop and design tools

1. Place the tile as a layer set to Multiply or Screen above your artwork, then clip it to the shape you want screened.
2. Use Levels on the underlying image first. Halftone only reads well when the source has been pushed toward higher contrast, because midtone-heavy images turn into an even grey field of identical dots.
3. For duotone work, load the tile as an alpha channel and use it to select and fill each colour separately, which mirrors how real screen printing separates plates.
4. Scale in whole-number multiples where possible. Arbitrary scaling resamples the grid and introduces the moire the standard screen angles exist to prevent.

Tips for halftone specifically

Respect the screen angle. Single-colour work sits at 45 degrees because the eye is least sensitive to diagonal patterns there, and multi-colour work separates plates by 30 degrees to avoid interference. Rotating a screen to some arbitrary angle because it looks better in isolation is the fastest way to introduce a moire that only appears once the piece is at final size.

Match the frequency to the output. Coarse screens belong to newsprint and cheap packaging, fine screens to glossy magazine stock. Using a very fine screen on a poster-sized piece produces a grey wash rather than a visible dot, and using a coarse screen on a small element makes it look like a low-resolution mistake rather than a decision.

Let the ink misbehave. Real presses gain dot size in the midtones, spread ink into paper fibre, and never register plates perfectly. A mathematically ideal screen looks digital, which is exactly the opposite of what most people reach for halftone to achieve — so soften the threshold a little, let edges bleed, and offset a plate by a fraction rather than leaving the grid perfect.

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Related: Background textures, Mask textures.