How do I use Particle Accelerator Button in my project?

Copy whichever of HTML and CSS matches your setup and paste it in. There is no build step, no dependency and no framework requirement. The three formats produce the same component, so pick the one that fits and ignore the rest.

How do I change the animation speed?

Edit the animation-duration on the rule that references orbital-motion. A larger value slows it down, and removing the animation property stops it entirely while leaving the rest of the styling intact.

Does the animation respect reduced motion settings?

Not as written. Wrap the animation in a prefers-reduced-motion query if motion sensitivity matters for your audience, which takes three lines and is worth doing.

How do I change the colours?

Edit the colour stops inside the gradient declaration. Keeping the same number of stops preserves the transition, and changing their positions changes where the colours meet.

Can I use Particle Accelerator Button commercially?

Yes. The code is free to use in personal and commercial projects, with no attribution required and no licence to accept.

What makes Particle Accelerator Button different from a plain button?

It uses keyframe animation, transitions, transforms and gradients, where a default button uses none of them. That is the whole difference: the behaviour is the same and the presentation is not.

Particle Accelerator Button

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Background:

<button class="accelerator-btn">
        <span class="accelerator-text">Accelerate</span>
        <div class="particle-chamber">
          <div class="particle proton"></div>
          <div class="particle electron"></div>
          <div class="particle neutron"></div>
          <div class="magnetic-coil coil-1"></div>
          <div class="magnetic-coil coil-2"></div>
        </div>
        <div class="energy-field"></div>
      </button>

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About Particle Accelerator Button

Particle Accelerator Button is a button built with a keyframe animation, gradient fills, transforms and layered shadows. Its stylesheet runs to 139 lines across 17 rules, declaring 25 distinct properties. It styles hover state explicitly, so the component responds to interaction rather than sitting still. The animation is driven by keyframe sequences named orbital-motion, coil-pulse and energy-rotation, which you can retime or remove without touching the rest of the styling. Every format shown on this page is the same component, so you can take HTML and CSS depending on how your project is set up. Nothing is minified and nothing depends on a framework.

When to use

Landing pages where one moving element earns attention rather than competing for it, where a particle and physics button fits the surrounding design
A single prominent button rather than a row of them, since the orbital-motion animation runs continuously and several at once compete with each other
Palettes built around atomic, blue and white, where this button can be dropped in without retheming
Places where one control is meant to be memorable, since 139 lines of CSS is a real investment for a single element

How it works

The base rule sets the shape with border-radius, height, padding and position. The fill is a gradient rather than a flat colour, so it is a single background declaration with no image to load. Movement is done with transforms rather than by changing position or size, which is what keeps it smooth: transforms are composited and do not force the browser to lay the page out again. State changes are eased with a transition, so hovering does not snap. The looping motion comes from orbital-motion, coil-pulse and energy-rotation. Changing the animation-duration is usually the only edit needed to make it faster or calmer.

Accessibility

Keyboard navigation

Supported

Screen reader

Friendly

ARIA

Native element semantics, no extra attributes needed

Built on a native <button> element, so keyboard focus and screen reader semantics work without extra attributes. No focus style is defined. Add one before shipping, or keyboard users lose track of position. Animates without a prefers-reduced-motion guard. Wrap the animation in that query if motion sensitivity matters to your audience. Those are 2 things to fix before this ships in front of users.

Browser support

Chrome

26+

Firefox

16+

Safari

Edge

12+

Everything this component uses has been supported across browsers for years, so no fallback is needed.

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Frequently asked questions

Particle Accelerator Button

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Background:

<button class="accelerator-btn">
        <span class="accelerator-text">Accelerate</span>
        <div class="particle-chamber">
          <div class="particle proton"></div>
          <div class="particle electron"></div>
          <div class="particle neutron"></div>
          <div class="magnetic-coil coil-1"></div>
          <div class="magnetic-coil coil-2"></div>
        </div>
        <div class="energy-field"></div>
      </button>

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What is inside Particle Accelerator Button

Particle Accelerator Button is a CSS button built with a keyframe animation, gradient fills, transforms, defined in 139 lines across 17 selectors.

CSS properties

Selectors

139

Lines of CSS

Formats

Techniques used

Keyframe animationTransitionsTransformsGradientsShadowsHover state

Animations defined: orbital-motioncoil-pulseenergy-rotation

CSS properties in this component

animationanimation-delayanimation-durationbackgroundborderborder-colorborder-radiusbottombox-shadowcolorcursorfont-weightheightleftopacityoverflowpaddingpositionrighttext-shadowtoptransformtransitionwidthz-index

Accessibility check2 to fix

Built on a native <button> element, so keyboard focus and screen reader semantics work without extra attributes.
No focus style is defined. Add one before shipping, or keyboard users lose track of position.
Animates without a prefers-reduced-motion guard. Wrap the animation in that query if motion sensitivity matters to your audience.

These notes are generated by reading this component's own source, so they describe what it actually does rather than what a template says. Copy the code above in HTML, CSS and adapt it freely.