Question 1

When should I use linear vs radial vs conic gradients?

Accepted Answer

Linear gradients are the workhorse — use them for hero backgrounds,
buttons, dividers, and anywhere you want a directional fade
(top-to-bottom, diagonal, side-to-side). Radial gradients fade out
from a single point — perfect for spotlight effects, glow halos,
card-corner highlights, and faux 3D balls. Conic gradients sweep
around an anchor like a clock hand — use them for pie chart slices,
color wheels, loading spinners, and the "glossy disc" effect on
icons. Rule of thumb: if you want a fade, use linear; if you want a
light source, use radial; if you want rotation, use conic.

Question 2

How many color stops should a gradient have?

Accepted Answer

Two stops is the classic "duo-tone" — clean, predictable, accessible.
Three to four stops opens up "aurora" and "sunset" looks — the
tasteful sweet spot for most landing pages. Five or more stops start
to look like an oil slick — usable for art direction, retro 80s, and
intentionally chaotic moods, but bad for backgrounds behind text
because the busy color shifts hurt readability. If your gradient is
behind body copy, stop at 3 and keep adjacent stops within 30° of
hue.

Question 3

Why doesn't my gradient look smooth — there's a visible "band" in the middle?

Accepted Answer

You're hitting gradient banding — a real GPU/8-bit-color rendering
issue, not a tool bug. Two fixes. First, pick colors that are closer
in hue or lightness — a black-to-white gradient bands much harder
than slate-300 to slate-700. Second, add a third "in-between" stop
(e.g., a slightly desaturated midpoint) — three stops with a near-
midpoint kill most banding. For mission-critical hero backgrounds,
export the PNG, apply a 1–2% noise filter in your image editor, and
use the noised PNG instead of the raw CSS gradient.

Question 4

Can I use these gradients in Tailwind CSS, plain CSS, or React inline styles?

Accepted Answer

Yes to all three. The `background:` value this tool outputs is
standard CSS — paste it into a stylesheet rule, a styled-component
template literal, or a React `style={{ background: '...' }}` prop
and it just works. For Tailwind, drop the value behind an
arbitrary-value class like `bg-[linear-gradient(...)]` or define it
in `tailwind.config.js` under `backgroundImage` for a reusable
utility. Browser support is excellent — linear and radial are
universal; conic is supported in every modern browser (Chrome 69+,
Safari 12.1+, Firefox 83+).

Question 5

Is the exported PNG good enough to use as an actual background image?

Accepted Answer

For most uses, yes. The export is a 1280×720 raster of the live
preview — paste it into a Figma frame, a Notion cover, or a slide
and it looks identical to the CSS. Two caveats. It is a fixed
1280×720 size, so if you stretch it across a 4K hero you may see
softening on a very smooth fade — prefer the raw CSS for full-bleed
web backgrounds since CSS gradients are resolution-independent and
add zero bytes to your page. Use the PNG when you need a static
asset (email header, app icon background, OG image) or when you want
to add film grain in an editor to kill banding, as covered above.

Question 6

What is a mesh gradient and when should I use one?

Accepted Answer

A mesh gradient stacks multiple soft radial color blobs over a solid
base color — each blob fades to transparent at its edges so the
layers blend into an organic, multi-directional wash of color. The
technique is what powers the Stripe website hero, Apple Music's
ambient background, and most "glassmorphism ambient light" effects
you see in modern SaaS UI. Use it when: (1) you want depth without a
single dominant direction (linear/radial always have one); (2) you
want the color to feel "lit from inside" rather than "swept across";
(3) you need 3+ overlapping hues that a single gradient can't blend
smoothly. Under the hood this tool outputs multiple
`radial-gradient()` layers in one `background:` declaration —
standard CSS, no JavaScript, supported in every modern browser. Each
mesh point you add becomes one blob: move X/Y to position the center,
adjust Spread to control how far the color reaches.

CSS Gradient Generator — Linear, Radial, Conic with Multi-Stop Colors

What this tool does

Tool details

How to use

1. Input

2. Process

3. Copy / Download

How CSS Gradient Generator fits into your work

Color jobs

Color checks

Good next steps

Real-world use cases

Building a SaaS landing page hero that does not look like every other startup

Making glassmorphism cards that need a soft radial glow behind frosted glass

Generating an on-brand OG image without opening Figma

Prototyping AI app ambient lighting that shifts with conic sweeps

Common pitfalls

Privacy

FAQ

Tool combos

CSS Gradient Generator — Linear, Radial, Conic with Multi-Stop Colors

What this tool does

Tool details

How to use

1. Input

2. Process

3. Copy / Download

How CSS Gradient Generator fits into your work

Color jobs

Color checks

Good next steps

Real-world use cases

Building a SaaS landing page hero that does not look like every other startup

Making glassmorphism cards that need a soft radial glow behind frosted glass

Generating an on-brand OG image without opening Figma

Prototyping AI app ambient lighting that shifts with conic sweeps

Common pitfalls

Privacy

FAQ

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