Tool for converting SVG graphics to React components

This online SVG to React converter transforms SVG graphics into optimized React components with TypeScript support.

Quickly convert SVG to React and generate React components in your browser with no server upload.

Component Name

Use TypeScript (.tsx)

Add common props (width, height, color)

Use arrow function

SVG Input

React Component

import { SVGProps } from 'react';

interface Props extends SVGProps<SVGSVGElement> {
  width?: number | string;
  height?: number | string;
  fill?: string;
  stroke?: string;
}

export default function ({
  width = 24,
  height = 24,
  fill = "none",
  stroke = "currentColor",
  ...props
}: Props) {
  return (
    <svg width={width} height={height} viewBox="0 0 24 24" fill={fill} xmlns="http://www.w3.org/2000/svg" {...props}>
      <path d="M5 12H19M12 5L19 12L12 19" stroke={stroke} strokeWidth="2" strokeLinecap="round" strokeLinejoin="round" />
    </svg>
  );
}

About This Tool

This tool converts SVG code into reusable React components with support for TypeScript, props, and different function styles.

Features:

SVG conversion: Transforms any valid SVG into a React component
TypeScript support: Generates properly typed components with interfaces for props
Customization: Configure component name, props, and function style
Attribute conversion: Automatically converts HTML attributes to JSX format (kebab-case to camelCase)
Styling support: Handles inline styles and converts them to React style objects
Best practices: Creates components following React best practices

All processing happens in your browser - your code is never sent to any server.

React Development & Component Libraries

Component Library Development

Essential for React developers, component library maintainers, and UI/UX engineers building scalable icon systems and reusable SVG components for design systems.

Library Development Applications:

Design system icon component generation
Storybook component documentation
NPM package component libraries
Theme-aware SVG component creation

Modern React Development Workflows

Critical for frontend developers, React specialists, and JavaScript engineers working with modern React patterns, hooks, and TypeScript-first development approaches.

Development Workflow Applications:

TypeScript React component scaffolding
Functional component with hooks pattern
Props interface auto-generation
JSX attribute transformation automation

Icon & Graphics Management Systems

This SVG to React converter streamlines workflows for design teams, frontend architects, and UI developers managing large-scale icon libraries and graphics assets.

Graphics Management Applications:

Icon librariesLogo componentsIllustration assetsBrand graphicsUI iconographyInteractive SVGs

Frontend Development & UI Systems

Design System Implementation

Essential for design system engineers, frontend architects, and UI developers implementing consistent visual languages and scalable component architectures.

Design System Applications:

Atomic design component creation
Tokenized design system implementation
Cross-platform component consistency
Accessibility-compliant icon components

Performance & Bundle Optimization

Critical for performance engineers, build tool specialists, and frontend optimization experts working with efficient asset loading and bundle size optimization strategies.

Optimization Strategies:

Tree-shakable icon component libraries
Lazy-loaded SVG component strategies
Bundle size optimization techniques
Runtime SVG component generation

Enterprise Frontend Architecture

This converter supports enterprise frontend teams, technical leads, and platform engineers building maintainable, scalable React applications at scale.

Enterprise Applications:

Micro-frontendsMonorepo packagesCI/CD integrationComponent testingDocumentation systemsVersion management

Technical Standards & React Best Practices

React Component Standards & Patterns

Following React community standards and established patterns ensures maintainable, testable, and performant component architectures that align with ecosystem best practices.

React Standards:

Functional component patterns with hooks
Props interface TypeScript definitions
React.memo optimization strategies
Component composition over inheritance

SVG & JSX Transformation Standards

Understanding SVG-to-JSX transformation rules, attribute mapping conventions, and React-specific optimizations ensures cross-browser compatibility and performance.

Transformation Standards:

HTML-to-JSX attribute conversion (kebab-case to camelCase)
SVG namespace and React compatibility
Inline style object transformation
Event handler prop forwarding patterns

TypeScript Integration & Type Safety

Modern React development requires strict TypeScript integration, comprehensive type definitions, and compile-time safety to prevent runtime errors and enhance developer experience.

TypeScript Considerations:

Interface definitionsGeneric constraintsProp validationType inferenceJSX intrinsicsComponent typing

Development Note: Generated components follow strict TypeScript patterns with explicit prop interfaces, ensuring type safety and enhanced IDE support.

For React component best practices, visit React Official Documentation and for TypeScript React patterns, see React TypeScript Cheatsheet.

SVG to React Component