// how-to guide

How to Generate a CSS Gradient

Create beautiful CSS gradients with a visual editor. Choose colors, direction, and gradient type to generate ready-to-use CSS code.

1

Choose a gradient type

Select between linear, radial, or conic gradient depending on the visual effect you need for your design.
2

Pick your colors

Add two or more color stops using the color picker. Adjust the position of each stop to control how colors blend together.
3

Set the direction or angle

For linear gradients, set the angle or choose a preset direction like 'to right' or 'to bottom'. For radial gradients, choose the shape and position.
4

Preview and adjust

See a live preview of your gradient and fine-tune the colors, positions, and angle until you are satisfied with the result.
5

Copy the CSS code

Copy the generated CSS gradient code and paste it directly into your stylesheet. The output includes vendor prefixes for broad browser support.

Gradients add depth and visual interest to your designs without requiring image files. Whether you are building a hero section background, a subtle button hover effect, or a full-page color wash, the CSS Gradient Generator lets you design the gradient visually and get production-ready CSS code instantly.

Understanding gradient types

CSS supports three gradient functions, each suited to different design needs.

Linear gradients (linear-gradient()) transition between colors along a straight line. You control the direction with an angle (like 45deg) or a keyword (like to bottom right). These are the most commonly used gradients — hero backgrounds, section dividers, and overlay effects typically use linear gradients.

Radial gradients (radial-gradient()) radiate outward from a center point in a circular or elliptical shape. They are useful for spotlight effects, glowing elements, and circular UI components like avatars or buttons.

Conic gradients (conic-gradient()) sweep around a center point like the hands of a clock. They are less common but work well for pie chart-like visuals, color wheels, and decorative patterns.

Tips and best practices

Use at least three color stops for smoother transitions. Two-color gradients can look harsh. Adding a mid-tone between your start and end colors creates a more natural blend.
Consider the transparent keyword. For overlay effects, transitioning from a solid color to transparent lets underlying content show through — useful for text readability over images.
Use background-size with repeating gradients. repeating-linear-gradient() combined with a defined background size creates stripe and pattern effects without images.
Test on multiple screen sizes. Gradients that look great on a wide desktop monitor may appear compressed or muddled on a narrow mobile screen. Adjust angles and color stops for different breakpoints if needed.
Prefer CSS gradients over image gradients. A CSS gradient is resolution-independent (always crisp on any display), weighs zero bytes in network transfer, and can be animated with CSS transitions.

Common issues

Banding on subtle gradients: When two similar colors transition over a large area, you may see visible bands instead of a smooth blend. Adding a slight noise texture overlay or using more color stops helps mitigate this. The CSS color-interpolation property in newer browsers also offers improved blending.
Gradient looks different across browsers: Modern browsers handle gradients consistently, but the interpretation of angle directions changed in the spec. The unprefixed linear-gradient(to right, ...) syntax is standard. Avoid the old -webkit-linear-gradient(left, ...) syntax unless you need to support very old browsers.
Performance on mobile: Gradients themselves are lightweight, but applying them to large areas with border-radius, overflow: hidden, or CSS animations can trigger expensive repaints on low-end mobile devices. Test performance on real devices if you are using animated gradients.