Color Converter (HEX / RGB / HSL)

Convert colors between HEX, RGB and HSL instantly, with a live swatch and picker. Free, in your browser.

Conversions
HEX#1f883d
RGBrgb(31, 136, 61)
HSLhsl(137, 63%, 33%)

Converts between HEX, RGB and HSL live in your browser.

How to use the Color Converter (HEX / RGB / HSL)

  1. Enter a color. Type a HEX, RGB or HSL value, or use the picker.
  2. See conversions. All three formats update live with a swatch.
  3. Copy. Copy whichever format you need.

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About the Color Converter (HEX / RGB / HSL)

The Color Converter translates a single color between the three formats you meet most often on the web: HEX (#RRGGBB), RGB (red, green, blue from 0 to 255), and HSL (hue, saturation, lightness). All three describe the same point in the RGB color space, just written differently. HEX and RGB are two notations of the identical model: each pair in a hex code is one channel written in base 16, where 'ff' equals 255. HSL re-expresses that same point as a hue angle, a saturation percentage, and a lightness percentage, which is far easier for a human to read and adjust by hand.

Reach for this tool whenever a design hands you a color in one format but your code or canvas needs another. A brand guide might list #1f883d, your CSS variable wants rgb(31, 136, 61), and you want hsl(134, 63%, 33%) so you can build a lighter hover state by nudging the lightness up. Designers also use HSL to generate tints and shades of one hue, to find a darker border from a fill color, or to check that two colors share the same hue. Developers paste RGB values from a screenshot picker and need the hex code for a stylesheet.

Conversion between HEX and RGB is exact and lossless because they encode the same 8-bit channels. RGB to HSL involves real math: each channel is scaled to 0-1, lightness is (max + min) / 2, saturation depends on whether lightness sits below or above 0.5, and hue is derived from which channel is largest, then multiplied by 60 to land on the 0-360 degree color wheel. Because HSL percentages are rounded for readability, converting RGB to HSL and back can shift a value by one unit on a channel. For pixel-perfect work, treat HEX or RGB as the source of truth.

Everything here runs in your browser. The color you type never leaves your device, is not sent to a server, and is not logged, so you can convert client palettes or unreleased brand colors without privacy concerns. There is no upload, no account, and no rate limit. The converter accepts 3-digit shorthand hex (#f0c expands to #ff00cc), full 6-digit hex with or without the leading hash, and standard RGB and HSL triplets, and it shows all three equivalents at once so you can copy whichever notation your project expects.

Frequently asked questions

How do I convert a HEX code to RGB?

Split the six-digit hex into three pairs and read each as a base-16 number: the first pair is red, the second green, the third blue, each from 00 (0) to ff (255). For example #1f883d is rgb(31, 136, 61). This tool does it instantly and is fully reversible because HEX and RGB store the exact same values.

When should I use HSL instead of HEX or RGB?

Use HSL when you want to read or tweak a color by eye. Because it separates hue from saturation and lightness, you can darken a color by lowering the lightness, mute it by lowering the saturation, or shift its tone by changing the hue, all without recalculating channels. That makes HSL ideal for building color scales, hover states, and theme variations.

Why does my HSL value change slightly when I convert it back to RGB?

HSL saturation and lightness are shown as whole-number percentages and hue as a whole-number degree, so the converter rounds them for readability. Converting that rounded HSL back to RGB can be off by a unit on a channel. To avoid drift, keep your original HEX or RGB value as the authoritative source.

What is the difference between a 3-digit and 6-digit hex code?

A 3-digit hex is shorthand that works only when each channel's two digits are identical: #f0c expands to #ff00cc by doubling each character. The 6-digit form (#RRGGBB) can express any of the 16,777,216 RGB colors, while the 3-digit form can express only 4,096 of them.

Can this tool handle transparency or an alpha channel?

This converter focuses on the opaque HEX, RGB, and HSL formats. Alpha is added separately as an 8-digit hex (#RRGGBBAA), as rgba(), or as hsla(), where the final value sets opacity from 0 to 1. Convert the solid color here, then append your alpha value in the format your code uses.

From our blog

HTML Minification Explained: What to Strip, What to Protect, and Why

By the Super Simple Digital Tools Team · Updated June 2026

Minifying HTML sounds trivial: delete the spaces and comments a browser does not render, ship a smaller file. The principle is correct, but the value comes from doing it precisely. A browser builds a document tree from your markup, and a lot of the whitespace you typed, the indentation and the blank lines that make source readable, never becomes visible text. That formatting is safe to collapse. The skill is knowing exactly which whitespace is decoration and which is content, because the two look the same in a text editor.

The classic trap is whitespace between inline elements. Two spans separated by a single space render as two words with a gap between them; remove that space and they fuse into one word. The same logic governs links, images, and inline-block layouts where the gap between elements is doing visible work. A careful minifier collapses long runs of formatting whitespace down but does not erase the single meaningful spaces that separate rendered text, which is the difference between a smaller page and a subtly broken one.

Some elements are off-limits entirely. Inside a <pre> block or a <textarea>, every space and newline is rendered literally, so the formatting you might want to strip elsewhere is the whole point here. Code samples, ASCII layouts, and editable text areas all depend on this. Anything driven by a CSS white-space value of pre or pre-wrap behaves the same way visually, which is a reminder that a purely structural minifier cannot see your stylesheet and should err toward preserving whitespace it cannot prove is safe to remove.

Comments are a second judgment call. Most HTML comments are notes from developers or markers injected by build tools, and removing them is pure win. But conditional comments such as <!--[if IE]> are executable hints to old Internet Explorer, and template systems sometimes use comment-shaped markers as anchors. Deleting every comment by reflex can quietly remove a legacy fallback or confuse a downstream tool, so it pays to know what your comments are doing before you strip them all.

Finally, set expectations about speed. On the raw byte count, minification can cut a heavily formatted page by a third or more. But once gzip or Brotli compression is in play, much of that whitespace was already cheap to compress, so the real-world transfer saving is often a kilobyte or two per page. That is still worth having, especially across many pages and on slow mobile connections, and it stacks with compression rather than competing with it. Treat minification as one clean, free step in a broader performance budget, not a silver bullet.

  • Keep an unminified master copy of your HTML for editing; minified output is meant to be the shipped artifact, not your working source.
  • Minify inline CSS and JavaScript with dedicated CSS and JS tools before pasting the page in, since an HTML minifier intentionally leaves those blocks alone.
  • If your page has <pre> or <textarea> blocks, check those areas in a browser after minifying to confirm their spacing survived intact.
  • Compare the minified result with gzip already enabled on your server; the meaningful number is the compressed transfer size, not the raw byte saving.

Read the full guide →

Tool by the Super Simple Digital Tools Team. Reviewed by our editorial team. Free to use, no signup required.

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