Top 9 React Chart Libraries

Updated Jul 14, 2023#react#libs#lists

React chart libraries provide pre-built, reusable components specifically designed for creating charts. These components abstract away the complexities of chart creation and provide a simpler and more intuitive API for generating visualizations. This saves development time and effort compared to building charts from scratch.

These libraries utilize a declarative syntax, allowing you to define the desired chart configuration using JSX or JSON-like syntax. This makes it easier to express the desired visual representation of the data without worrying about low-level details or imperative code.

  • Recharts (20.5k ⭐) — A widely used charting library for React, built on top of SVG elements with a lightweight dependency on D3 submodules, and has a comprehensive set of customizable chart components and supports a variety of chart types.
import { LineChart, Line, CartesianGrid, XAxis, YAxis } from 'recharts';
const data = [{name: 'Page A', uv: 400, pv: 2400, amt: 2400}, ...];

const renderLineChart = (
  <LineChart width={600} height={300} data={data}>
    <Line type="monotone" dataKey="uv" stroke="#8884d8" />
    <CartesianGrid stroke="#ccc" />
    <XAxis dataKey="name" />
    <YAxis />
  • Visx (17.3k ⭐) — A collection of expressive, low-level visualization primitives for React. It has SVG support, D3 integration, and performance optimization. And most importantly — it’s just React. If you know React, you can make visualizations.

  • Victory (10.4k ⭐) — A collection of composable React components for producing interactive data visualizations and modular charting. It has SVG support, event handling, and theme customization.

  • Nivo (11.6k ⭐) — A rich set of dataviz components built on top of D3 and React. It has SVG and canvas support, responsive charts, animation effects, server side rendering, theming, motions and transitions powered by react-spring.

  • React-Vis (8.5k ⭐) — A React visualization library designed to work well with Uber’s geospatial library. It has SVG support, flexible layouts, and cross-filtering features. React-vis components are designed to work just like other React components.

  • ECharts (55.6k ⭐) — A powerful charting and visualization library based on Canvas. It has a large variety of charts, interactive features, and rich API. Easily switch between Canvas and SVG rendering. Progressive rendering and stream loading make it possible to render 10 million data in realtime.

  • BizCharts (6.1k ⭐) — A data visualization library based on G2 and React. It has SVG and canvas support, responsive charts, and animation effects.

  • Chart.js (61k ⭐) — While not exclusive to React, Chart.js is a popular charting library that provides a React wrapper for seamless integration. It offers a simple and intuitive API for creating various chart types with customizable options.

  • react-chartjs-2 (6k ⭐) — A React wrapper for the popular JavaScript Chart.js v4 and v3. It has canvas support, responsive charts, and animation options.

Common features

React chart libraries often provide a set of common features that enhance the functionality and appearance of the charts. Here are some of the common features found in many of them:

Multiple Chart Types: They typically offer a variety of chart types, such as bar charts, line charts, pie charts, area charts, scatter plots, and more. This allows you to choose the most suitable chart type for your data visualization needs.

Data Binding and Visualization: Chart libraries provide methods for binding data to the charts and visualizing it in a structured manner. They handle the rendering and presentation of the data points, labels, and other graphical elements.

Customization Options: React chart libraries offer a range of customization options to tailor the appearance and behavior of the charts to your specific requirements. You can customize colors, fonts, labels, tooltips, legends, axis configurations, and other visual aspects.

Responsive Design: Many chart libraries support responsive design, which ensures that the charts adapt and scale appropriately based on the size of the container or the device’s screen. This allows for consistent and optimal chart display across different screen sizes.

Interactive Features: Chart libraries often provide interactive features to enhance user engagement. These may include tooltips that display additional information when hovering over data points, zooming and panning capabilities, click or hover events for interactivity, and the ability to toggle or filter data series.

Animation and Transitions: React chart libraries may support animated transitions, which can enhance the user experience and provide smooth visual updates when data changes or when the chart is initially rendered. Animations can include data entry effects, axis transitions, and chart element transitions.

Data Handling and Manipulation: Some chart libraries offer built-in features for data handling and manipulation. This can include sorting, filtering, aggregating, or transforming data before it is visualized. It allows you to perform data manipulations directly within the charting library.

Accessibility Support: Chart libraries may strive to provide accessibility features, ensuring that the charts are usable by people with disabilities. This includes proper semantic markup, support for assistive technologies, keyboard navigation, and text alternatives for non-visual users.

Integration with React Ecosystem: React chart libraries are designed to integrate smoothly with React and other related libraries. They often provide React-specific components, hooks, and utilities, making it easier to incorporate charts into React applications and manage state or interactivity using React’s principles.

These common features contribute to the overall usability, flexibility, and aesthetics of the charts generated using React chart libraries, allowing developers to create rich and interactive data visualizations within their React applications.