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LAB vs RGB vs CMYK
Tutorial15 min read

LAB vs RGB vs CMYK vs HSL — which color space for which job

Designers use four color spaces, each solving a different problem. Using the wrong one loses color accuracy, fails Pantone matches, or breaks print production. This guide explains when to use each and why it matters — no math PhD required.

Why there are four of them

Every color space is an abstraction that solves one specific physical or perceptual problem. RGB describes light emitted by pixels. CMYK describes ink absorbed by paper. LAB describes what the human eye actually perceives. HSL describes how humans intuitively categorise color.

A textile designer can easily use all four in a single day. Pick a color on screen in HEX. Send it to a US printer in CMYK. Specify the fabric dye in LAB. Document the brand system in HSL. Using the wrong one — say, specifying a fabric dye in HEX — causes real production failures. A color that looks deep navy on your monitor might dye out as muddy teal on cotton because HEX can't predict dye outcomes. LAB can.

The rest of this guide breaks down each space, when to use it, and the pitfalls to avoid.

The four color spaces

HEX / RGB

— Digital screens

The color your monitor actually emits. HEX (#FF6B3D) is just RGB written in base 16. Every browser and design tool speaks this natively.

Use when
  • Web and app UI
  • Anything displayed on a screen
  • Passing color from Figma to code
Pros
  • Universal — every tool supports it
  • Device-accurate for the specific display
Cons
  • Not perceptually uniform
  • Cannot match to physical ink or dye

CMYK

— Print, ink on paper

The color space of ink. Cyan, Magenta, Yellow, Key (black). Every commercial print shop converts your file to CMYK before printing.

Use when
  • Business cards, flyers, magazines, packaging
  • Anything going on a commercial offset press
  • Rich-black and spot-color specification
Pros
  • Matches what the press actually does
  • Printer-predictable
Cons
  • Smaller gamut than RGB — some colors impossible to print
  • Needs ICC profile for exact match

LAB

— Color matching, Pantone, textile dye

Perceptually uniform — equal numeric distance = equal perceptual difference. Pantone publishes LAB values on every card. Textile dye houses work in LAB.

Use when
  • Pantone TCX / TPX / TPG matching
  • Textile fabric dye reference
  • Color-critical brand specifications
  • Computing CIEDE2000 Delta-E
Pros
  • The only space where color-difference math is meaningful
  • Device-independent — same L*a*b across monitors
Cons
  • Counter-intuitive for visual picking
  • a and b axes are negative-through-positive

HSL / HSV

— Design systems, CSS tokens

Human-readable — hue, saturation, lightness. Lets you tweak one dimension at a time without shifting others.

Use when
  • CSS variables for a design system
  • Generating light/dark variants of a brand color
  • Visual color picking in UIs
Pros
  • Most intuitive for humans
  • Easy to generate tints and shades
Cons
  • Not perceptually uniform either
  • Lightness varies by hue — yellow L=50 looks brighter than blue L=50

Quick decision table

Designing a UI in Figma
HEX / RGB
Screens emit RGB. Figma exports HEX for your CSS.
Sending a file to a commercial print shop
CMYK
The press mixes C, M, Y, K inks. Send a file in the color space they'll actually reproduce.
Matching a brand color to a Pantone fabric swatch
LAB
Pantone publishes LAB values on every card; textile dye houses match to LAB.
Building a CSS design system
HSL
Changing one dimension at a time keeps your color tokens internally consistent.
Calculating how similar two colors are
LAB + CIEDE2000
Any other space gives misleading distances. LAB + Delta-E is the industry standard.
Converting a photo for social media
RGB stays (sRGB)
Social platforms display on screens. Leave in sRGB.

Why textile specifically cares about LAB

Fabric dye is not pixel light. When a mill dyes a bolt of cotton, they're mixing chemical dyes to hit a specific absorption / reflection signature. That signature is measured with a spectrophotometer and expressed in LAB values. Pantone's TCX (Textile Cotton Extended) system publishes LAB values on every swatch card because LAB is what the dye house can actually match to.

If you send a dye house a HEX code, they'll convert it to LAB internally — but their conversion assumes sRGB and D65 daylight. If your screen isn't calibrated to those, your intended color drifts. Sending LAB directly removes the ambiguity.

The CIEDE2000 Delta-E metric — the industry standard for "how close is this match" — is calculated in LAB. A Delta-E under 2 is considered an acceptable match for commercial dye. Under 1 is near-perfect. No other color space makes this math meaningful.

In practice

For any textile project with color-critical branding, always deliver LAB values alongside HEX. Our Color Converter produces CIE-standard LAB (D65, 2° observer) matching the values on Pantone cards.

Related resources

Color ConverterColor ExtractorPantone Finder

Convert any color between all five spaces

HEX, RGB, CMYK, LAB, HSL — live bi-directional converter with CIE-standard math. Free, offline after load.

Try Color Converter

Related tutorials

Match Pantone Colors

Find the nearest Pantone TCX

DPI for Fabric Printing

Resolution math for print

Prepare Files for Textile Printing

Pre-flight every production file