Codeflips
Markup and StylesReact & TS100% Client-Side • Zero Uploads

SVG to JSX Converter - Free & In-Browser

Transform raw SVG markup into production-ready React, Preact, and Next.js JSX components.

SVG Codexml
3 lines
JSX / React Componentjavascript
100% In-Browser Execution • Zero Server Uploads
🔒

Zero-Upload Privacy Guarantee

This tool runs 100% in your browser, nothing is uploaded to any server. Your proprietary code and credentials never leave your machine.

Local Memory Sandboxed

How to Use the SVG to JSX Converter

1

1. Paste Raw SVG Markup

Paste raw SVG code exported from Figma, Illustrator, or Heroicons into the input pane.

2

2. Select Output Structure

Choose between a full TypeScript React component (TSX), clean inline JSX, or Lucide-style icon function.

3

3. Copy Ready Component

Copy the transformed JSX component and paste it straight into your Next.js, Vite, or Astro application.

Real Example: SVG to JSX Input & Transformed Output

Input (SVG Code)XML
<svg xmlns="http://www.w3.org/2000/svg" width="24" height="24" viewBox="0 0 24 24" fill="none" stroke="#171717" stroke-width="2" stroke-linecap="round" stroke-linejoin="round" class="feather feather-zap">
  <polygon points="13 2 3 14 12 14 11 22 21 10 12 10 13 2"></polygon>
</svg>
Transformed Output (JSX / React Component)JAVASCRIPT
import type { SVGProps } from 'react';

export function IconSvg(props: SVGProps<SVGSVGElement>) {
  return (
    <svg
      xmlns="http://www.w3.org/2000/svg"
      width={24}
      height={24}
      viewBox="0 0 24 24"
      fill="none"
      stroke="#171717"
      strokeWidth={2}
      strokeLinecap="round"
      strokeLinejoin="round"
      className="feather feather-zap"
      {...props}
    >
      <polygon points="13 2 3 14 12 14 11 22 21 10 12 10 13 2" />
    </svg>
  );
}

Primary Use Cases for SVG to JSX

React & Next.js Icon Design Systems

Convert vector SVG illustrations and UI icons into scalable, tree-shakeable React components with forwardRef and custom props.

Dynamic Theme Color Integration

Replace hardcoded color hexes with currentColor so icons automatically adapt to dark mode and parent typography colors.

Cleaning Dirty SVG Export Bloat

Strip XML metadata, editor comments, unnecessary namespaces, and clip paths exported by Adobe Illustrator or Sketch.

About the SVG to JSX Converter

The Codeflips SVG to JSX converter is a free online tool built for frontend engineers and React developers who need to convert SVG to JSX online free. Vector icons are the foundation of modern web user interfaces, yet pasting raw SVG markup into React, Preact, or Next.js components triggers compiler errors due to hyphenated attributes, XML headers, and reserved keyword conflicts. Our tool transforms raw SVGs into clean, production-ready React components instantaneously.

While command-line tools like SVGR require local npm installations and build pipeline configuration, Codeflips delivers instant in-browser conversion with zero setup. Furthermore, the tool runs 100% in your browser, nothing is uploaded. Design assets, client icons, and proprietary trademarks are processed entirely in local memory with zero exposure.

Deep Dive: Engineering & Data Handling

Converting SVG to JSX requires meticulous attribute normalization: kebab-case attributes like stroke-width, stroke-linecap, and fill-rule must be converted into camelCase (strokeWidth, strokeLinecap, fillRule). Deprecated XML namespaces like xmlns:xlink become xmlnsXlink, and class becomes className. The converter also extracts inline style strings into valid JSX style objects. You can style your newly generated icon components with utilities from our CSS to Tailwind converter, configure views using HTML to Pug, or fine-tune color alphas with HEX to RGBA.

Technical Architecture & Execution Model

Built with a client-side DOMParser and JSX AST generator, this utility strips XML declarations (<?xml ... ?>), eliminates editor metadata from Sketch and Figma, formats self-closing void tags (<path />, <rect />), and generates TypeScript interfaces with spread props ({...props}) for maximum reusability.

• Input Parser: Native JavaScript AST & Web Worker engine
• Output Target: Validated JAVASCRIPT output
• Privacy Guarantee: Runs 100% in your browser, nothing is uploaded

Frequently Asked Questions

How do I convert SVG to JSX?↓
To convert SVG to JSX, paste your raw SVG markup directly into the input editor above. Codeflips automatically strips XML headers, normalizes attributes into React-compliant camelCase, and formats self-closing tags into production-ready JSX or TSX components. You can instantly style your resulting vector graphics with utility classes generated by our CSS to Tailwind converter.
How do I use an SVG as a React component?↓
You can use an SVG as a React component by wrapping the converted `` JSX inside a reusable functional component and spreading `{...props}` onto the root element. This pattern allows you to pass standard HTML and SVG props like `className`, `width`, and `onClick` directly to the icon, making it fully dynamic across your design system.
Why do SVG attributes change, for example class to className?↓
SVG attributes change because JSX represents JavaScript syntax rather than raw HTML. In JavaScript, `class` and `for` are reserved keywords, so JSX requires `className` and `htmlFor`. Additionally, XML hyphenated attributes like `stroke-width`, `fill-rule`, and `clip-path` must be written in camelCase (such as `strokeWidth` and `fillRule`) to match the DOM property naming conventions used by React.
What is SVGR?↓
SVGR is a popular open-source Node.js tool and compiler that automates the transformation of SVG files into React components across build pipelines like Vite, Webpack, and Next.js. While SVGR requires installing CLI packages or configuring bundler plugins, Codeflips provides the same conversion capability immediately in your browser with zero installation or build setup required.
Can I get TypeScript (TSX) output?↓
Yes, Codeflips generates TypeScript-ready TSX code by default when you select the React Component output format. The output includes standard `import type { SVGProps } from 'react'` declarations and types the component parameters as `SVGProps`. This gives you full IDE autocomplete, strict prop checking, and seamless integration into TypeScript applications.
How do I change SVG color and size with props?↓
You can change SVG color and size by replacing hardcoded dimensions and fill hexes with `currentColor` and prop values. Enable the "Replace fill with currentColor" option in Codeflips so your vector icon automatically inherits the CSS `color` or Tailwind text class of its parent container. To adjust hex transparency values dynamically, use our HEX to RGBA converter.
Should I optimize my SVG before converting?↓
Yes, optimizing your SVG with tools like SVGO before conversion removes unnecessary editor metadata, hidden layers, redundant namespaces, and decimal precision bloat created by Figma or Illustrator. Codeflips automatically cleans basic XML preambles and comments, but running full SVG optimization first ensures minimal bundle sizes and cleaner JSX component source code.
How do I use SVG icons in Next.js?↓
In Next.js, you can use SVG icons by saving the converted JSX component into your `/components/icons` directory and importing it directly into Server or Client Components. Because the component renders inline SVG markup, it requires zero external HTTP network requests and avoids the layout shift issues commonly associated with loading SVGs via `` tags.
Is inline SVG better than an img tag?↓
Inline SVG is generally better than an `` tag when you need interactive styling, dynamic hover transitions, or CSS currentColor inheritance. An `` tag treats the vector graphic as an isolated external image, preventing you from modifying path colors or animating internal vectors. However, an `` tag is preferred for heavy, static vector illustrations that benefit from browser HTTP caching.
Why does my SVG not render in React?↓
An SVG typically fails to render in React because of syntax errors like unclosed self-closing tags (`` instead of ``), invalid XML namespaces, or unescaped inline style strings. Codeflips resolves these issues by automatically closing void tags, converting CSS style strings into JavaScript objects, and stripping problematic metadata so your icon renders cleanly without runtime exceptions.

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Convert with HEX to RGBA

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