Building Better React Apps: A Look at 15 Top UI Libraries in 2025

Building Better React Apps: A Look at 15 Top UI Libraries in 2025

Building Better React Apps: A Look at 15 Top UI Libraries in 2025

May 1, 2025

Making great websites and apps is easier now, especially with React. React is a top JavaScript tool, and many UI libraries are built for it. These libraries offer ready-made parts you can use and change. This helps you build faster, reuse code, and make users happy with a consistent look and feel.

This blog will explain what React UI libraries are, why they are helpful, and show you 15 popular ones for 2025.

What Are React UI Component Libraries?

Think of React UI libraries as boxes of pre-built building blocks for your website's look. These blocks are things like buttons, pop-up windows, cards, and even complex items like charts. They are already coded and designed.

React UI libraries make building the parts users see much simpler. They give developers pieces that follow good design rules and are easy to use for everyone.

Why Use a React UI Component Library?

  • They Save Time: You get ready-made parts, so you don't write code for everything from scratch. This makes building things much faster.

  • They Are Easy to Use: Styling complex parts can be hard. With UI libraries, you can use the ready pieces without deep CSS knowledge. Beginners can use them too.

  • Everything Looks Consistent: These libraries have a set style. This makes sure your whole app has the same look and feel, which is good for users.

  • You Get More Done: Since you build less from scratch, you can work on other important parts of your app. This makes you more productive.

  • You Can Change Them: You can often change the look and behavior of these ready parts to fit your project's needs.

  • They Have Support: Popular libraries have large groups of developers using them. This means they are updated, bugs get fixed, and you can find lots of help and examples online.

  • They Help with Accessibility: Many libraries are built to be accessible from the start. This makes it easier to create apps that people with disabilities can use.

In 2025, React UI libraries are getting even better. They focus on making development smoother, improving speed, and offering more ways to change how things look. Some newer trends include tools that help with design and libraries that let you copy and paste code directly.

Checking Out 15 Leading React UI Libraries in 2025

The world of React UI libraries in 2025 has many great options. Here are 15 popular ones with details on what they offer:

1. Material UI (MUI):

  • What it is: This library uses Google's Material Design. It's very popular and has many ready-to-use parts for building apps that look clean and modern.

  • Good Points: Huge set of parts for almost anything, easy to change the look with themes, built-in accessibility, works well on different screen sizes. It's great if you like Material Design or need a complete set of tools.


    Code Example:

    import Button from '@mui/material/Button';
function MyComponent() {
  return <Button variant="contained">Hello World</Button>;
}

2. Chakra UI:

  • What it is: Known for being simple, easy to use for everyone, and flexible. Chakra UI gives you the basic pieces to build modern React apps easily.

  • Good Points: Simple way to style parts directly (style props), helps with accessibility right away, has a dark mode built-in, and you can change themes easily. Good for developers who want simple code and easy accessibility.


    Code Example:

    import { Button } from '@chakra-ui/react';
function MyComponent() {
  return <Button colorScheme="blue">Click Me</Button>;
}

3. Ant Design:

  • What it is: A high-quality library for big business apps. Ant Design has many parts and a strict design system for a professional look.

  • Good Points: Large set of parts for complex apps, supports many languages, strong ways to change themes, and good form checks. It's best for business apps needing a polished design.


    Code Example:

    import { Button } from 'antd';
import 'antd/dist/antd.css'; // Don't forget to import the CSS
function MyComponent() {
  return <Button type="primary">Antd Button</Button>;
}

4. React-Bootstrap:

  • What it is: Uses the well-known Bootstrap styles and layout for React. It replaces Bootstrap's own JavaScript with React code.

  • Good Points: Uses the popular Bootstrap look, responsive layout system, easy to change themes with SASS, and has accessibility features. Good if you already know Bootstrap.


    Code Example:

    import Button from 'react-bootstrap/Button';
import 'bootstrap/dist/css/bootstrap.min.css'; // Don't forget to import the CSS
function MyComponent() {
  return <Button variant="success">Bootstrap Button</Button>;
}

5. PrimeReact:

  • What it is: Offers a large set of open-source UI parts with many features. It doesn't stick to one design style.

  • Good Points: Many parts with lots of features (like advanced data tables and charts), includes ready themes and ways to change them, focuses on accessibility and working on all devices. It's good if you need many different components.


    Code Example:

    import { Button } from 'primereact/button';
import 'primereact/resources/themes/saga-blue/theme.css'; // Example theme
import 'primereact/resources/primereact.min.css'; // Core CSS
import 'primeicons/primeicons.css'; // Icons
function MyComponent() {
  return <Button label="Submit" icon="pi pi-check" />;
}

6. Next UI:

  • What it is: A relatively newer but rapidly growing full-featured React UI library. Next UI is built with performance and an excellent developer experience in mind, often utilizing Tailwind Variants and TypeScript.

  • Good Points: Comes with a dark theme you can easily change, supports loading parts only when needed (for speed), works for apps in many languages, has form checks built-in, and smooth animations. It focuses on accessibility and easy customization.


    Code Example:

    import { Button } from "@nextui-org/react";
function MyComponent() {
  return <Button color="primary">NextUI Button</Button>;
}

 (Note: Installation and setup with Tailwind CSS might be required depending on your project)

7. Radix UI:

  • What it is: Takes a different path by giving you basic, unstyled UI primitives. The focus is on how the parts work and how accessible they are. You add the styles yourself, often used with CSS frameworks like Tailwind CSS or utilities like Radix Themes.

  • Key Features: Unstyled components for maximum styling flexibility, robust built-in accessibility features following WAI-ARIA guidelines, and primitives for building complex components like modals and pop-ups. Offers theming and color systems through Radix Themes and Radix Colors.

  • Benefits: Provides a strong foundation for building highly customized and accessible design systems, lightweight and performant, supports incremental adoption, and is compatible with server-side rendering.


    Code Example:

    import { Root as Button } from '@radix-ui/react-button';
// You would then add your own CSS or styling solution
import './styles.css'; // Example CSS import
function MyComponent() {
  return <Button>Radix Unstyled Button</Button>;
}

8. Shadcn UI:

  • What it is: More of a "copy-paste" component collection than a traditional installable library. It provides a curated set of re-usable components built using Radix UI (for behavior and accessibility) and Tailwind CSS (for styling). You add the component code directly to your project.

  • Key Features: Components built on accessible Radix UI primitives, seamlessly integrates with Tailwind CSS for styling, and offers complete ownership and control over the component code.

  • Benefits: Extreme flexibility and customization as the code is in your project, minimal overhead of a large library dependency, and leverages the power of Tailwind CSS for rapid styling. Popular for developers who want full control and a highly tailored design system.


    Code Example

    import { Button } from "@/components/ui/button"; // Path depends on your project setup
function MyComponent() {
  return <Button>Shadcn Button</Button>;
}

9. Mantine:

  • What it is: A fully functional and highly customizable React UI library. Mantine provides a large collection of components and hooks with a strong focus on developer experience and accessibility.

  • Key Features: Over 100 customizable components and 50 hooks, a full system for changing themes, built-in support for animations and transitions, and works with popular icon libraries.

  • Benefits: Great experience for developers with well-written documentation, high degree of customization for themes and styles, active and growing community, and a strong commitment to accessibility.


    Code Example:

    import { Button } from '@mantine/core';
import '@mantine/core/styles.css'; // Import Mantine styles
function MyComponent() {
  return <Button variant="filled">Mantine Button</Button>;
}

10. Blueprint UI:

  • What it is: An open-source toolkit from Palantir for building complex apps, especially those that handle lots of data or look like desktop programs. It's best suited for desktop web applications.

  • Key Features: Extensive icon library, built-in accessibility, controlled form parts with validation, pop-up messages and tooltips, date/time tools, and supports many languages.

  • Benefits: Good for building complicated data interfaces, runs well, easy to change themes (light and dark), and good instructions.


    Code Example:

    import { Button, Intent } from "@blueprintjs/core";
import "@blueprintjs/core/lib/css/blueprint.css"; // Import Blueprint styles
function MyComponent() {
  return <Button intent={Intent.PRIMARY} text="Blueprint Button" />;
}
}

11. Semantic UI React:

  • What it is: The official React integration of the Semantic UI style. It's known for using simple, clear names for parts, like regular words, making the code very readable.

  • Key Features: Emphasizes semantic HTML, offers auto-controlled component state out-of-the-box, uses shorthand props for concise markup, and lets you show a part as a different HTML tag.

  • Benefits: Simple to learn and work with due to its intuitive syntax, makes sure design is steady, has theme options, and has a helpful community.


    Code Example:

    import { Button } from 'semantic-ui-react';
import 'semantic-ui-css/semantic.min.css'; // Don't forget to import the CSS
function MyComponent() {
  return <Button primary>Semantic UI Button</Button>;
}

12. Grommet:

  • What it is: Developed by Hewlett Packard Enterprise, Grommet is a responsive and accessible React UI library that focuses on creating user experiences that are both visually appealing and highly usable, with a mobile-first approach.

  • Key Features: Designed first for mobile and works well on any screen size, strong tools for changing themes, parts for layout and showing data, includes features for form validation and animations.

  • Benefits: Your app will look good and work for all users on any device, allows for unique and branded designs through its theming system, and provides a comprehensive set of components for common UI patterns.


    Code Example:

    import { Button } from 'grommet';
function MyComponent() {
  return <Button label="Grommet Button" primary />;
}

13. Onsen UI:

  • What it is: An open-source framework mainly for building apps that look and feel like native mobile apps for iOS and Android, but using web technology like React. It provides components designed for a mobile environment.

  • Key Features: Many parts designed for mobile (like swipe actions and pop-ups), built-in support for touch gestures, looks like native iOS and Android apps, and you can change the style.

  • Benefits: Lets you build mobile apps with one codebase that feel like real apps, optimized for performance on mobile devices, and includes ready themes.


    Code Example:

    import { Button } from 'react-onsenui';
import 'onsenui/css/onsenui.css'; // Onsen UI core styles
import 'onsenui/css/onsen-css-components.css'; // Onsen UI component styles
function MyComponent() {
  return <Button>Onsen UI Button</Button>;
}

14. React Suite:

  • What it is: Offers a set of good quality React parts for a smooth developer experience. It is a customizable library with a rich and extensible set of UI components, particularly useful for building enterprise system interfaces.

  • Key Features: Works with React hooks, has charts for showing data, form parts with checks, lets you create or use themes, and works with tools for moving between pages.

  • Benefits: Flexible customization options for styles and themes, focuses on accessibility, built for good speed, has an active community, and keeps a steady design.


    Code Example:

    import { Button } from 'rsuite';
import 'rsuite/dist/rsuite.min.css'; // Import React Suite styles
function MyComponent() {
  return <Button appearance="primary">React Suite Button</Button>;
}

15. Headless UI:

  • What it is: Created by the team behind Tailwind CSS, Headless UI provides completely unstyled, fully accessible UI components. It focuses purely on the logic and behavior of components, leaving the styling entirely up to the developer.

  • Key Features: Provides low-level, unstyled components (dropdowns, modals, tabs), built with accessibility as a top priority (keyboard navigation, ARIA attributes), and designed to integrate seamlessly with Tailwind CSS.

  • Benefits: Offers maximum flexibility in styling to match any design system, ensures accessibility out-of-the-box, lightweight with no opinionated styles, and empowers developers to build truly custom interfaces.


    Code Example:

    import { Button } from '@headlessui/react';
// You would typically use Tailwind CSS or another method to style this button
// <Button className="bg-blue-500 hover:bg-blue-700 text-white font-bold py-2 px-4 rounded">
function MyComponent() {
  return <Button>Headless UI Button</Button>;
}

Picking the Best Library for Your Project

With such a diverse range of options, selecting the best React UI component library can seem daunting. The "right" choice is rarely universal; it depends heavily on the unique context of your project and team. To make an informed decision, delve deeper into the following factors:

What Your Project Needs:

  • What Kind of App? What are you building? A website meant to look special and match a brand (like for selling things) might need libraries you can change a lot (like Radix UI or ones used with Tailwind CSS, such as Shadcn UI). A tool for inside a company (like a dashboard) probably needs many different parts (for tables, forms, charts) and a design that looks the same and works well (Material UI, Ant Design, or React Suite could be good). If you're making apps for phones, look for libraries made for mobile (like Onsen UI) or ones that work great on phones and tablets.

  • How Complex Should it Look? How fancy do the user parts need to be? If your app has special actions or complex charts, find libraries that have these ready to use (PrimeReact, Blueprint UI for desktop-style apps). Or, pick libraries that give you basic pieces to build complex things yourself (like Radix UI).

  • Specific Things it Must Do: Are there certain features you must have, like working in many languages, special charts, a text editor, or dragging and dropping? Check what each library offers. Make sure they have what you need or can easily work with other tools that do.

Design Choices:

  • Use a Certain Look? Does your project need to look like an existing design style (like Google's Material Design)? Choosing a library that already uses that style (like Material UI) can make building faster and keep the design the same.

  • How Much Can You Change it? How unique should your app look? If your brand needs a very specific style, libraries that are easy to change with themes or have parts with no styles at all (like Radix UI or Headless UI) give you freedom. You would then add your own styles, maybe with a tool like Tailwind CSS. Libraries with good theme options (Chakra UI, Mantine) also let you change things while still giving you ready parts.

  • Design Style: Do you like libraries that have strong ideas about how things should look, or ones that let you decide more? Some libraries give you a full design look, while others offer simpler parts you can style how you like.

Community and Help:

  • How Many Users and How Active? A big, active group of users means more shared knowledge, more help guides, faster answers, and better updates. Libraries like Material UI, Ant Design, and Chakra UI have very large groups of users.

  • Are the Instructions Clear? Good guides that are easy to find and understand are very important for building quickly. Look for libraries with complete guides and examples.

  • Are Problems Fixed? Check if the library is updated often and if they fix issues quickly. A library that is well cared for means fewer problems for you.

  • Other Help Available? Are there many extra guides, articles, and tools made by other users? This can really help while you are building.

Build Faster, Design Better with Superflex

React UI component libraries are powerful tools for accelerating development and ensuring design consistency. They provide a solid foundation, but implementing unique design visions or covering every edge case can still require significant manual coding. 

This is where Superflex.ai comes in. Superflex complements your chosen library by allowing you to instantly convert your precise Figma designs into clean, production-ready React code. Imagine the time saved by eliminating the manual translation of pixels to code, freeing you to focus on logic and features. Integrate Superflex into your workflow and experience a new level of efficiency in bringing your designs to life.

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