Ant Design to Material UI Migration — Enterprise React Framework Switch

Why Migrate from Ant Design to Material UI?

Ant Design and Material UI are the two heavyweights of the React component library ecosystem, each powering thousands of enterprise applications worldwide. While Ant Design has deep roots in the Chinese tech ecosystem and excels at data-heavy admin interfaces, many international teams are choosing to migrate to Material UI for several compelling reasons.

Material Design ecosystem.Material UI implements Google’s Material Design specification, which is one of the most widely recognized and documented design systems in the world. This means your team has access to extensive design guidelines, Figma kits, and a global community of designers who understand the patterns. Ant Design follows its own design language, which, while excellent, has less adoption outside of Asian markets.

The sx prop and styling flexibility. MUI’s sxprop provides a powerful, type-safe way to apply responsive styles directly to components without leaving your JSX. While Ant Design recently improved its CSS-in-JS story with v5, MUI’s Emotion-based styling system is more mature and offers deeper integration with the component API. The styled() utility, theme overrides, and sx prop give you three complementary ways to customize any component.

Community and ecosystem size. Material UI is the most downloaded React component library on npm, with over 4 million weekly downloads. This translates to more Stack Overflow answers, more tutorials, more third-party integrations, and faster bug fixes. The MUI ecosystem also includes MUI X for advanced components like DataGrid, Date Pickers, and Charts, which are critical for enterprise applications.

Bundle size control. MUI supports tree-shaking out of the box and offers both path-based and named imports. Ant Design has historically struggled with bundle size, requiring plugins like babel-plugin-import to achieve proper tree-shaking. While Ant Design v5 improved this situation, MUI still offers more granular control over what ends up in your production bundle.

Component Mapping: Ant Design to MUI

Below is a detailed mapping of the most commonly used Ant Design components and their Material UI equivalents. Each example shows the Ant Design source on the left and the MUI code on the right. Use the FrontFamily Converter to automate these transformations.

<Button type="primary" size="large">
  Save Changes
</Button>
<Button type="default">Cancel</Button>
<Button type="dashed">Add Item</Button>

<Button variant="contained" size="large">
  Save Changes
</Button>
<Button variant="outlined">Cancel</Button>
<Button variant="outlined" sx={{ borderStyle: 'dashed' }}>
  Add Item
</Button>

<Input
  placeholder="Enter email"
  prefix={<MailOutlined />}
  allowClear
  size="large"
/>

<TextField
  placeholder="Enter email"
  InputProps={{
    startAdornment: (
      <InputAdornment position="start">
        <MailIcon />
      </InputAdornment>
    )
  }}
  size="medium"
/>

<Tag color="green">Active</Tag>
<Tag color="red" closable
  onClose={handleClose}>Error</Tag>
<Tag.CheckableTag checked={checked}
  onChange={setChecked}>Feature</Tag.CheckableTag>

<Chip label="Active" color="success" size="small" />
<Chip label="Error" color="error"
  onDelete={handleClose} />
<Chip label="Feature" variant={checked ?
  "filled" : "outlined"}
  onClick={() => setChecked(!checked)} />

<Modal
  title="Confirm Action"
  open={isOpen}
  onOk={handleOk}
  onCancel={handleCancel}
  okText="Confirm"
  cancelText="Cancel">
  Are you sure you want to proceed?
</Modal>

<Dialog open={isOpen} onClose={handleCancel}>
  <DialogTitle>Confirm Action</DialogTitle>
  <DialogContent>
    <DialogContentText>
      Are you sure you want to proceed?
    </DialogContentText>
  </DialogContent>
  <DialogActions>
    <Button onClick={handleCancel}>Cancel</Button>
    <Button onClick={handleOk} variant="contained">
      Confirm
    </Button>
  </DialogActions>
</Dialog>

<Table
  dataSource={data}
  columns={[
    { title: 'Name', dataIndex: 'name',
      sorter: true },
    { title: 'Age', dataIndex: 'age' },
    { title: 'Action',
      render: (_, record) => (
        <Button onClick={() => edit(record)}>
          Edit
        </Button>
      )}
  ]}
  pagination={{ pageSize: 10 }}
/>

<DataGrid
  rows={data}
  columns={[
    { field: 'name', headerName: 'Name',
      sortable: true },
    { field: 'age', headerName: 'Age' },
    { field: 'action', headerName: 'Action',
      renderCell: (params) => (
        <Button onClick={() => edit(params.row)}>
          Edit
        </Button>
      )}
  ]}
  pageSize={10}
/>

<Select
  placeholder="Choose role"
  options={[
    { value: 'admin', label: 'Admin' },
    { value: 'user', label: 'User' },
  ]}
  onChange={setRole}
/>

<FormControl>
  <InputLabel>Choose role</InputLabel>
  <Select
    value={role}
    label="Choose role"
    onChange={(e) => setRole(e.target.value)}>
    <MenuItem value="admin">Admin</MenuItem>
    <MenuItem value="user">User</MenuItem>
  </Select>
</FormControl>

Prop Conversion Reference

Ant Design and MUI use different naming conventions for similar concepts. Here are the most frequent prop transformations you will encounter:

Form Handling Migration

Form handling is one of the biggest differences between Ant Design and MUI. Ant Design ships a powerful built-in form system with Form, Form.Item, and Form.useForm. MUI does not include form management, so you need to choose a third-party solution.

Theme Migration

Token system differences. Ant Design v5 uses a token-based theme system with ConfigProvider and design tokens like colorPrimary, borderRadius, and fontSize. MUI uses createTheme with a deeply nested object structure for palette, typography, spacing, and component overrides. While the concepts are similar, the structure is entirely different and requires manual mapping.

Component-level overrides. Ant Design allows global component customization through ConfigProvider and component-level tokens. MUI achieves this through theme.components, where you can override defaultProps, styleOverrides, and variantsfor every component globally. MUI’s approach is more verbose but gives finer control over every component state and variant.

Dark mode. Ant Design toggles dark mode through the algorithm prop on ConfigProvider, using theme.darkAlgorithm. MUI uses palette.mode: 'dark' in createTheme. Both approaches work well, but MUI gives you more control over individual color values in dark mode through the palette override system.

Interactive Component Reference

Search any Ant Design component to find its Material UI equivalent. Components marked with ⚠ have no direct replacement and require custom implementation.

What Developers Actually Hit

Based on migration reports from engineering teams. These are the problems documentation doesn’t warn you about.

Import Changes at a Glance

import { Button } from 'antd';
import { Input } from 'antd';
import { Modal } from 'antd';
import { Table } from 'antd';
import { Tag } from 'antd';

import Button from '@mui/material/Button';
import TextField from '@mui/material/TextField';
import Dialog from '@mui/material/Dialog';
import { DataGrid } from '@mui/x-data-grid';
import Chip from '@mui/material/Chip';