HSV to Pantone Converter
Set hue, saturation, and value to see the closest Pantone Solid Coated color. Matching uses Delta E 2000 against all 2,371 Pantone colors ” the top eight are shown with similarity scores. HSV (hue 0“360°, saturation 0“100%, value 0“100%) is the color model Photoshop, Figma, and Sketch use internally, so this converter is the fastest way to go from a design-tool HSV value to a print-ready Pantone code.
What is HSV to Pantone conversion?
HSV (Hue, Saturation, Value) is a cylindrical color model that rearranges RGB into three axes designers can reason about: hue as an angle on the color wheel, saturation as the purity of the hue, and value as the brightness. Photoshop, Figma, Sketch, and most color pickers use HSV internally because it maps more intuitively to how designers adjust color than raw RGB triplets. Value 100% with Saturation 0% is white; Value 0% is black; Saturation 100% with Value 100% is the fully-saturated pure hue.
Pantone is a print specification system. Its 2,371 Solid Coated colors are physical ink mixes, and no HSV value maps exactly to any of them ” the conversion is always a nearest-neighbor approximation. This tool finds that nearest neighbor with Delta E 2000, the CIE standard for perceptual color difference. A Delta E under 2 is typically imperceptible; over 5 is clearly different; over 10 is only loosely related.
How to use this converter
- Set the hue slider to your target angle (0° = red, 60° = yellow, 120° = green, 180° = cyan, 240° = blue, 300° = magenta).
- Adjust saturation to control purity (0% gray to 100% fully saturated).
- Adjust value to control brightness (0% black to 100% full brightness).
- Read the top 8 Pantone matches below ” the first row is the closest, with its Delta E value and HEX approximation.
How the conversion works
The conversion runs in three stages. First, HSV converts to RGB using the standard formula: C = V — S, X = C — (1 ’ |(H/60 mod 2) ’ 1|), m = V ’ C. The resulting RGB triplet is then converted to CIELAB via the sRGB ’ XYZ ’ LAB transform (D65 white point). Finally, Delta E 2000 is computed between the target LAB and each of the 2,371 Pantone colors' LAB values, and the results are ranked by lowest Delta E.
Delta E 2000 weights lightness, chroma, and hue based on human visual sensitivity and adjusts for regional non-uniformities in color space. That is why it is a better metric than raw Euclidean RGB distance ” a small numeric change in one region of color space can be more visually obvious than the same numeric change in another, and Delta E 2000 accounts for this while RGB distance does not.
Accuracy and limitations
- Screen vs print. HSV is an sRGB screen color. Pantone is print ink. Even a Delta E 0 match on screen will look different on paper because the two media reflect and emit light differently.
- Pantone library scope. This tool matches against the Solid Coated (C) library only. Pantone also publishes Solid Uncoated (U) and Fashion, Home + Interiors (TCX/TPG) libraries ” the same HSV value may have different matches in each.
- Display calibration. The swatch you see depends on your monitor's calibration and the ambient lighting. Two designers on two machines can see meaningfully different matches.
Use cases
- Design tool to print. A designer working in HSV in Photoshop or Figma needs the print-ready Pantone equivalent of their on-screen color.
- Brand color specification. Defining a brand color in HSV for digital, then translating to Pantone for print collateral.
- Packaging mockup. Reproducing a digital color in print requires a Pantone code ” HSV is the source for many digital-first brands.
- Color palette building. Starting with an HSV value gives you hue/sat/value axes you can nudge, then snapping each to a Pantone code for print consistency.
- Brand evolution. Expanding an existing Pantone-based brand into digital channels often needs the reverse: Pantone to HSV ” then new colors explored in HSV before returning to Pantone.
Common mistakes
- Confusing HSV with HSL ” they share the hue axis but differ in saturation/value vs saturation/lightness, so numeric values are not interchangeable (HSV (0, 100, 50) HSL (0, 100, 50)).
- Assuming Delta E < 3 means "identical" ” it means "close enough that most viewers won't notice side-by-side", not literally identical.
- Ignoring the library ” Solid Coated Solid Uncoated. A match against Solid Coated does not guarantee a match against Solid Uncoated.
- Trusting the screen preview for production ” always verify with a physical Pantone chip.
HSV vs HSL vs RGB
| Attribute | HSV | HSL | RGB |
|---|---|---|---|
| Channels | Hue, Saturation, Value | Hue, Saturation, Lightness | Red, Green, Blue |
| Range | 0“360°, 0“100%, 0“100% | 0“360°, 0“100%, 0“100% | 0“255 each |
| Black is | V = 0 | L = 0 | (0, 0, 0) |
| White is | S = 0, V = 100 | S = 0, L = 100 | (255, 255, 255) |
| Design tools | Photoshop, Figma, Sketch | CSS, some design tools | Web, images, canvas |
Frequently asked questions
How do I convert HSV to Pantone?
Set the three HSV sliders (Hue 0“360°, Saturation 0“100%, Value 0“100%) to your target color. The converter computes the RGB value, converts to CIELAB, then finds the closest match in the Pantone Solid Coated catalog using Delta E 2000 ” the CIE standard for perceptual color difference. The top eight matches are ranked, with each Delta E value shown so you can judge how close the match is.
What is HSV?
HSV (Hue, Saturation, Value) is a color model where hue is an angle on the color wheel (0° red, 120° green, 240° blue), saturation is the purity of the color (0% gray, 100% fully saturated), and value is the brightness (0% black, 100% full brightness). It is widely used in design tools ” Photoshop, Figma, Sketch, and Illustrator all use HSV (also called HSB) internally ” because it maps more intuitively to how designers think about color than RGB.
What is the difference between HSV and HSL?
HSV and HSL share the same hue axis but differ in the other two channels. HSV (Value = max(r, g, b)) reaches full saturation at any value above 0, so saturated dark colors are possible. HSL (Lightness = (max + min) / 2) forces saturation to 0 at pure white (L=100%) and pure black (L=0%), which makes the model symmetric around the lightness axis. Both describe the same underlying sRGB colors, but the numeric values differ ” HSV (0, 100, 50) is a dark red, while HSL (0, 100, 50) is a bright medium red.
Is HSV to Pantone conversion exact?
No. HSV describes an sRGB screen color; Pantone describes printed ink. Every HSV value maps to exactly one RGB value, which maps to one approximate Pantone match ” but that match is a visual approximation, not what a specific printer will actually output. The color you see on screen will look different when printed because screens emit light and paper reflects it.
Why do the matches look different on different screens?
Three reasons: monitor calibration, ambient lighting, and the physical difference between emitted and reflected light. Two designers looking at the same page on two machines will see slightly different colors. For critical work ” brand identity, packaging, print production ” always verify the Pantone match against a physical Pantone chip under neutral lighting.
Can I use this for print specification?
Use it as a starting point, not a final spec. The Pantone codes shown are visually close but not authoritative for print. Take the top match, get a physical Pantone chip, and compare it to your intended color under the lighting conditions where the print will be seen. If they match, you have a valid specification. If not, adjust the HSV or try the next-closest match.