Web Gradient Design Tips

Use color interpolation modes

Standard sRGB gradients produce a dull, grey transition when two complementary colors meet (e.g. red to cyan). Modern CSS supports OKLCH and OKLab interpolation — Gradient Studio uses these by default to keep transitions vibrant at every point.

/* sRGB (muddy midpoint) */
background: linear-gradient(in srgb, red, cyan);

/* OKLCH (vibrant throughout) */
background: linear-gradient(in oklch, red, cyan);

Add grain for depth

Flat gradients look digital and cheap. A subtle noise texture (2–5% opacity SVG noise or CSS filter) breaks up the banding and adds a tactile, print-like quality. This is what separates Figma-quality gradients from CSS-generator gradients.

.gradient-with-grain {
  position: relative;
  background: linear-gradient(135deg, #3b82f6, #8b5cf6);
}

.gradient-with-grain::after {
  content: '';
  position: absolute;
  inset: 0;
  background-image: url("data:image/svg+xml,..."); /* noise SVG */
  opacity: 0.04;
  pointer-events: none;
}

When to use mesh vs linear

Dark mode gradients

Dark UI gradients work differently from light ones. Rules that work:

• Start from very dark (near-black) and add color — don't use two saturated dark colors
• Keep saturation below 60% for background gradients on dark UI
• Use a subtle blue or purple tint in the “black” — pure #000000 reads as dead and flat
• Add a faint radial glow at the top of the page to create depth

Limit stops to 3 or fewer

More than 3 color stops almost always produces muddy results unless you really understand color theory. If you need complexity, use a mesh gradient (multiple source points) rather than many stops on a linear gradient.

Test on real screens

Gradients render differently across displays — a vibrant gradient on a P3 display looks muted on sRGB. Test on at least two screen types before shipping. Gradient Studio's OKLCH mode produces the most consistent results across display gamuts.