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SVG to TSX Converter - Convert SVG Icons to TypeScript React Components

Transform SVG code into type-safe TypeScript React TSX components instantly. This powerful converter automatically handles all SVG attribute conversions with TypeScript type annotations, transforming stroke-width to strokeWidth, fill-opacity to fillOpacity, and all other SVG-specific attributes. Perfect for creating type-safe icon libraries, converting design assets, and building robust React component systems with full TypeScript support. For the reverse operation, use the TSX to SVG converter.

How to Convert SVG to TSX - Step by Step Guide

1

Paste or Upload SVG Code

Copy your SVG code from Figma, Illustrator, or any design tool and paste it into the input editor. You can also drag and drop SVG files or click the Upload button to load SVG files directly. The converter supports all SVG elements including paths, circles, rectangles, polygons, and complex nested structures. If you're working with other markup formats, try the HTML to TSX converter or Markdown to TSX converter for different content types.

<!-- Example SVG code -->
<svg width="24" height="24" viewBox="0 0 24 24">
  <path stroke-width="2" d="M12 2L2 7L12 12" />
</svg>
2

Automatic Conversion to TypeScript TSX

The converter automatically transforms your SVG code to TypeScript React TSX format in real-time. All SVG attributes are converted to their TSX equivalents with proper TypeScript typing: stroke-width becomes strokeWidth, fill-opacity becomes fillOpacity, class becomes className, and all other kebab-case attributes are converted to camelCase. The tool preserves all SVG functionality while adding TypeScript type safety and React compatibility. For plain JavaScript versions, check out the SVG to JSX converter.

<svg width="24" height="24" viewBox="0 0 24 24">
  <path strokeWidth="2" d="M12 2L2 7L12 12" />
</svg>
3

SVG Attribute Conversions with TypeScript

The converter handles all common SVG attributes and converts them to TypeScript-compatible TSX format. This includes stroke properties (stroke-width, stroke-linecap, stroke-linejoin), fill properties (fill-opacity, fill-rule), text properties (font-family, font-size, text-anchor), transform properties (clip-path, clip-rule), and xlink namespace attributes (xlink:href). All kebab-case attributes are automatically converted to camelCase with full TypeScript type safety.

// Common attribute conversions:
stroke-width → strokeWidth
fill-opacity → fillOpacity
stroke-linecap → strokeLinecap
font-family → fontFamily
xlink:href → xlinkHref
4

Copy or Download TSX Component

Once converted, you can copy the TSX code directly to your clipboard with one click, or download it as a .tsx file. The generated code is ready to use in your TypeScript React components with full type safety. Simply wrap it in a functional component with proper TypeScript interfaces, add typed props, and you have a fully type-safe, reusable React icon component. Use the TSX validator to ensure your code is error-free, or minify TSX for production builds.

const Icon: React.FC = () => (
  <svg width="24" height="24" viewBox="0 0 24 24">
    <path strokeWidth="2" d="M12 2L2 7L12 12" />
  </svg>
);

Frequently Asked Questions

How do I convert SVG to TypeScript React TSX?

Simply paste your SVG code into the input editor and the converter will automatically transform it to TypeScript TSX format with type annotations. All SVG attributes like stroke-width, fill-opacity, and class are converted to their TypeScript React equivalents (strokeWidth, fillOpacity, className) with full type safety. The output is ready to use in your TypeScript React components. After conversion, use the TSX formatter for consistent code styling.

What are the benefits of using TSX over JSX for SVG components?

TSX provides full TypeScript type safety, catching potential errors at compile time rather than runtime. You get autocomplete for props, type checking for attributes, and better IDE support. This is especially valuable for icon libraries where consistent prop types across components prevent bugs and improve developer experience. TSX also makes refactoring safer and documentation clearer. If you're working with JSX components, try the JSX to TSX converter.

Can I convert complex SVG graphics to TypeScript React components?

Yes! The converter supports all SVG elements including paths, circles, rectangles, polygons, groups, gradients, masks, and nested structures. It preserves all SVG functionality while converting attributes to TypeScript-compatible TSX format with type safety. This makes it perfect for converting icons, illustrations, and complex graphics from design tools to type-safe React components.

How do I create reusable type-safe SVG React components?

After converting SVG to TSX, wrap the output in a functional component with TypeScript interface for props. Define types for width, height, color, className, and other customizable attributes. This creates flexible, type-safe icon components with IDE autocomplete and compile-time type checking. For exporting icons back to standard format, use the TSX to SVG converter.

Does this work with SVG files from Figma or Illustrator?

Absolutely! The converter works with SVG code exported from any design tool including Figma, Sketch, Adobe Illustrator, Inkscape, and more. Simply export your design as SVG, copy the code, and paste it into the converter. All design tool-specific attributes and structures are properly converted to TypeScript-compatible TSX with full type safety.

Why use SVG in TypeScript React components?

Using SVG as TypeScript React components provides type safety, better IDE support, compile-time error checking, autocomplete for props, and scalable vector graphics that work at any size. TypeScript adds an extra layer of safety ensuring props are used correctly, preventing runtime errors, and making refactoring easier. Converting SVG to TSX makes icons fully type-safe and part of your component tree.

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