Top ReactJS Frameworks

by Yashaswini S. P.

Last updated : March 10, 2025

ReactJS has revolutionized front-end development, making it easier to build dynamic and efficient user interfaces. However, as projects scale and complexity grow, developers often seek ReactJS frameworks that provide structure, optimizations, and additional features to streamline development.

In this blog, we’ll explore:

What ReactJS Frameworks are and Why they matter
Popular ReactJS frameworks that enhance React development
Their advantages, use cases, and how to choose the right one

Whether you’re a beginner or an experienced developer, understanding ReactJS frameworks can significantly boost your development efficiency. Let’s dive in!

What Are ReactJS Frameworks?

ReactJS itself is a library, not a full-fledged framework. It provides the core building blocks for UI development but leaves decisions like state management, routing, and project structure up to the developer.

Defining ReactJS Frameworks

ReactJS frameworks are pre-configured setups that extend React’s capabilities. They offer opinionated structures, built-in tools, and optimizations that make development faster and more efficient. Unlike React alone, these frameworks often include:

Routing & Navigation: Prebuilt systems for handling page transitions
State Management: Efficient data handling without relying on external libraries
Server-Side Rendering (SSR): Improved performance and SEO benefits
Static Site Generation (SSG): Faster page loads with pre-rendered content
Full-Stack Capabilities: Backend integrations for seamless development

Why Use a ReactJS Framework?

While plain React works well for many projects, frameworks solve common challenges like:

Faster Development: Pre-built configurations reduce setup time
SEO Optimization: Features like SSR improve search rankings
Scalability: Structured codebases for large-scale applications
Better Performance: Optimized rendering and caching mechanisms

ReactJS frameworks simplify complex implementations and provide best practices, making them a go-to choice for production-ready applications.

Top ReactJS Frameworks You Should Know

The React ecosystem is rich with frameworks designed for different use cases. Below are some of the most widely used ReactJS frameworks, each offering unique advantages:

1. Next.js

2. Gatsby

3. Remix

4. Blitz.js

5. React Native

6. Material-UI

7. Chakra UI

8. Ant Design (AntD)

9. React Admin

10. Rebass

11. Blueprint.js

12. Evergreen UI

13. Grommet

14. Theme UI

15. React Suite

16. PrimeReact

1. Next.js

Best for: Server-side rendering (SSR), static site generation (SSG), and performance optimization.

Next.js, developed by Vercel, is one of the most widely adopted frameworks for building React applications. It enhances React’s capabilities by adding server-side rendering, hybrid rendering options, and built-in optimizations for speed and SEO.

How Next.js Works

Next.js is built on top of React and extends it with a file-based routing system and server-side rendering capabilities. Here’s how its key functionalities work:

File-Based Routing: Unlike React’s traditional routing which relies on libraries like React Router, Next.js automatically converts files in the pages/ directory into routes.
Static Site Generation (SSG): Pre-renders pages at build time, ensuring near-instant load times.
Server-Side Rendering (SSR): Generates pages dynamically on request, improving SEO and performance for frequently updated content.
Incremental Static Regeneration (ISR): Rebuilds static pages on demand, ensuring content freshness without full redeployments.

Code Example: Basic Next.js App

Here’s how a simple server-side rendered (SSR) page is created in Next.js:

// pages/index.js

export async function getServerSideProps() {

const res = await fetch(‘https://api.example.com/data’);

const data = await res.json();

return { props: { data } };

}

export default function Home({ data }) {

return (

<div>

<h1>Server-Side Rendered Page</h1>

<p>{data.message}</p>

</div>

);

}

Explanation:

getServerSideProps() fetches data on each request, making the page dynamic.
The component receives data as props and renders it on the page.

Why Choose Next.js?

SEO Optimization – Pages are rendered server-side, making them fully crawlable by search engines.
Performance Boost – Automatic static optimization ensures pages load instantly.
Hybrid Rendering Flexibility – Mix SSR, SSG, and ISR based on the content type.
API Routes – Backend functionality is built within the project (pages/api/ directory).
Built-in Image Optimization – Next.js optimizes images for fast loading.

When to Use Next.js

For SEO-heavy websites: Blogs, eCommerce stores, and marketing pages.
For large-scale applications: Used by companies like Netflix, TikTok, and Twitch.
For high-performance applications: Automatic optimizations ensure fast rendering.

When NOT to Use Next.js

If you need a lightweight SPA (Single Page Application) without SSR.
If your app is fully static with no dynamic data fetching (Gatsby might be a better choice).
If you want complete control over build configurations—Next.js is opinionated.

2. Gatsby

Best for: Blazing-fast websites, blogs, and content-driven applications.

Gatsby is a React-based static site generator (SSG) that pre-builds pages at compile time, making them ultra-fast. It’s an ideal choice for sites that don’t require frequent real-time updates, such as blogs, marketing sites, and documentation platforms.

How Gatsby Works

Unlike traditional React apps, which render content dynamically in the browser, Gatsby pre-renders pages at build time. This results in lightning-fast load speeds because the HTML is already generated and served statically.

Here’s what makes Gatsby unique:

GraphQL-Powered Data Fetching: Uses GraphQL to fetch and manage data from CMSs, APIs, and databases.
Automatic Image Optimization: Resizes and lazy-loads images for faster performance.
Plugins & Themes: Offers a rich plugin ecosystem to extend functionality effortlessly.
Pre-Fetching: Gatsby pre-loads linked pages, making navigation feel instant.

Code Example: Basic Gatsby Page

A simple Gatsby page using GraphQL to fetch site metadata:

import React from “react”

import { graphql } from “gatsby”

export const query = graphql`

query {

site {

siteMetadata {

title

}

const HomePage = ({ data }) => {

return (

<div>

<h1>Welcome to {data.site.siteMetadata.title}</h1>

<p>This is a static site generated with Gatsby.</p>

</div>

)

}

export default HomePage

Explanation:

Uses GraphQL to fetch the site title from gatsby-config.js.
Pre-renders the content at build time, ensuring fast loading.

Why Choose Gatsby?

Best-in-Class Performance – Pages load almost instantly.
SEO-Friendly – Fully static HTML makes it easy for search engines to crawl.
Headless CMS Support – Integrates with WordPress, Contentful, Strapi, etc.
Large Plugin Ecosystem – Extends functionality with ease.
Secure & Scalable – No direct database connections, reducing security risks.

When to Use Gatsby

For static blogs & documentation – Ideal for personal blogs, and docs (like React’s official site).
For marketing & portfolio websites – Used by companies like Nike, Airbnb, and IBM.
For high-speed static sites – Perfect for sites where content updates are infrequent.

When NOT to Use Gatsby

If you need real-time dynamic content updates (consider Next.js instead).
If you require frequent user interactions, such as dashboards or web apps.
If build times are a concern—Gatsby sites with massive content take longer to compile.

3. Remix

Best for: Web applications requiring both front-end and back-end capabilities.

Remix is a progressive enhancement-focused framework that takes a different approach from Next.js and Gatsby. Instead of treating React as a purely front-end technology, Remix treats it as a full-stack framework, optimizing both front-end and server-side rendering for a seamless experience.

Unlike Next.js, which defaults to static site generation (SSG) where possible, Remix prioritizes server-side rendering (SSR) with progressive enhancement—this means your application stays functional even with JavaScript disabled.

How Remix Works

Remix builds on React Router and enhances it with built-in server rendering, data handling, and error management. Here’s what sets it apart:

Nested Routing: Routes are structured in a parent-child hierarchy, reducing redundant re-fetching of data.
Loaders & Actions: Uses built-in server functions (loader for fetching data, action for handling forms) instead of relying on APIs.
Error Handling: Every route handles its own errors, preventing entire app crashes.
Progressive Enhancement: Pages work even if JavaScript is disabled, improving resilience.

Code Example: Basic Remix Page with Data Loading

A simple Remix route that fetches data on the server before rendering:

// app/routes/index.jsx

import { json } from “@remix-run/node”;

import { useLoaderData } from “@remix-run/react”;

export const loader = async () => {

const res = await fetch(“https://api.example.com/data”);

const data = await res.json();

return json(data);

};

export default function Index() {

const data = useLoaderData();

return (

<div>

<h1>Welcome to Remix</h1>

<p>Data from API: {data.message}</p>

</div>

);

}

Why Choose Remix?

Best for Dynamic Applications – Great for apps with frequent user interactions.
Built-In Back-End Capabilities – Reduces dependency on external APIs.
Nested Routes & Fast Data Fetching – Avoids unnecessary re-renders, boosting performance.
Resilient UI – Functions even if JavaScript fails.
Full Control Over Rendering – No forced static optimization like Next.js.

When to Use Remix

For interactive web apps: Ideal for dashboards, SaaS products, and user-driven platforms.
For progressive web apps (PWAs): Ensures functionality across all devices.
For apps needing server logic: Great for apps where backend processing is required.
For fast navigation experiences: Nested routing improves performance by reducing redundant requests.

Used by: Shopify Hydrogen, Kent C. Dodds (Remix co-creator), and other high-performance projects.

When NOT to Use Remix

If your app is purely static (Gatsby would be better).
If you need an established ecosystem (Next.js has more community support).
If you want a framework that prioritizes static rendering for SEO.

4. Blitz.js

Best for: Rapidly building full-stack applications without managing APIs manually.

Blitz.js is a batteries-included React framework that extends Next.js with full-stack capabilities. It eliminates the need for a separate API layer by using the “Zero-API” data layer—meaning frontend components can directly call server-side functions as if they were local functions.

It’s often described as “Ruby on Rails for React” because it simplifies backend logic, authentication, and database handling—all while keeping the flexibility of Next.js.

How Blitz.js Works

Blitz.js builds on Next.js but adds a powerful backend layer. Key features include:

Zero-API Data Layer: No need for REST or GraphQL—just call backend functions like normal JS functions.
Authentication & Authorization Built-In: Comes with user management, roles, and sessions out of the box.
Prisma for Database Management: Uses Prisma ORM for easy database queries.
Full-Stack Codebase in One Repo: Unlike Next.js, where backend logic is separated into an API folder, Blitz keeps everything together.

Code Example: Calling a Server Function in Blitz.js

Here’s how you fetch data from the backend without creating an API endpoint manually:

Server Function (Backend Logic in Blitz.js)

// app/queries/getUser.ts

import db from “db”

export default async function getUser(userId: number) {

return await db.user.findUnique({ where: { id: userId } })

}

Client-Side Component (Fetching Data Without an API Call)

import { useQuery } from “blitz”

import getUser from “app/queries/getUser”

export default function UserProfile({ userId }) {

const [user] = useQuery(getUser, userId)

return (

<div>

<p>Email: {user?.email}</p>

</div>

)

}

Explanation:

Instead of making an API request, the front end calls getUser() directly as if it were a local function.
Blitz automatically handles the backend execution.

Why Choose Blitz.js?

Full-Stack with No API Hassle – No need for GraphQL or REST.
Built-in Authentication – Comes with session management and user roles.
Prisma ORM for Databases – Simplifies database operations.
Easy to Learn for Next.js Developers – Uses Next.js routing and conventions.
Great for MVP Development – Ideal for startups and SaaS products.

When to Use Blitz.js?

For full-stack applications: If you need both frontend & backend in a single codebase.
For rapid development: Great for startups building MVPs quickly.
For authentication-heavy apps: Comes with built-in user management.
For CRUD-heavy apps: Database queries are much simpler than in Next.js.

Used by: Startups and indie developers looking for a fast full-stack solution.

When NOT to Use Blitz.js

If you need a pure frontend framework (use Next.js instead).
If you’re building an API-heavy app (Blitz is API-less by design).
If you prefer a more established ecosystem (Blitz is still evolving).

5. React Native

Best for: Building applications that run seamlessly on both web and mobile with a single codebase.

React Native for Web extends React Native’s components and APIs to the web, allowing developers to write one set of React Native code and deploy it to iOS, Android, and web browsers. It’s ideal for teams that want to reduce code duplication while maintaining a native-like experience on every platform.

How React Native for Web Works

React Native for Web takes the core React Native components (View, Text, TouchableOpacity, etc.) and renders them as standard HTML elements (div, span, button, etc.).

Key Features:

Universal Components: Write once, and run on both mobile and web.
Optimized Performance: Uses efficient rendering techniques for web browsers.
Accessibility Support: Provides built-in support for screen readers and keyboard navigation.
Seamless Integration: Works with Expo, Next.js, and custom Webpack configurations.

Code Example: Shared UI for Web & Mobile

A simple component that works on both web and mobile using React Native for Web:

import { View, Text, TouchableOpacity } from “react-native”;

export default function App() {

return (

<Text style={{ fontSize: 24 }}>Hello, React Native for Web!</Text>

<TouchableOpacity

style={{ backgroundColor: “blue”, padding: 10, marginTop: 10 }}

onPress={() => alert(“Button clicked!”)}

<Text style={{ color: “white” }}>Click Me</Text>

</TouchableOpacity>

</View>

);

}

Explanation:

View replaces div, Text replaces p/span, and TouchableOpacity replaces button for web.
The same code runs natively on iOS/Android and renders correctly in a browser.

Why Choose React Native for Web?

Single Codebase for Web & Mobile – No need to maintain separate React & React Native projects.
Fast Cross-Platform UI Development – Ideal for startups and businesses wanting web & mobile apps simultaneously.
Performance Optimized – Uses React Native’s efficient rendering model for high performance.
Expo Support – Works seamlessly with Expo for easy deployment.
Built-In Gesture & Animation Support – No need for extra libraries for touch-based interactions.

When to Use React Native for Web?

For multi-platform apps: If you want one app for web, iOS, and Android.
For mobile-first applications: If your primary focus is mobile, but you also need a web version.
For SaaS dashboards & e-commerce platforms: Some companies use it to create mobile-responsive web apps alongside mobile apps.

Used by: Twitter, Flipkart, Expo, and Shopify for cross-platform development.

When NOT to Use React Native for Web?

If you’re only targeting the web (a dedicated React or Next.js app would be better).
If you need highly optimized, native web experiences with intricate UI elements.
If SEO is a high priority (React Native for Web relies on client-side rendering).

6. Material-UI

Best for: Building modern, responsive, and visually appealing React applications with Google’s Material Design principles.

Material-UI (MUI) is one of the most popular React component libraries, providing pre-built, customizable components that follow Google’s Material Design system. It speeds up UI development and ensures a consistent user experience across devices.

How Material-UI Works

Material-UI provides a collection of pre-styled React components, such as buttons, forms, tables, and dialogs. These components use CSS-in-JS for styling and offer deep theme customization.

Key Features:

Pre-Built Components: Buttons, sliders, modals, grids, and more.
Theme Customization: Define global styles and colors with the MUI Theme API.
Accessibility First: Ensures WCAG compliance for better usability.
Performance Optimized: Uses emotion.js for efficient CSS-in-JS rendering.
Dark Mode Support: Easily switch between light and dark themes.

Code Example: Basic Material-UI Component

A simple Material-UI button with theme customization:

import React from “react”;

import { Button, ThemeProvider, createTheme } from “@mui/material”;

const theme = createTheme({

palette: {

primary: { main: “#1976d2” },

secondary: { main: “#dc004e” },

});

export default function App() {

return (

Click Me

</Button>

</ThemeProvider>

);

}

Explanation:

createTheme() defines a global theme with primary and secondary colors.
ThemeProvider applies the theme across all MUI components.
Button is a pre-built Material-UI button with a primary color and contained variant.

Why Choose Material-UI?

Speeds Up Development – No need to build UI components from scratch.
Highly Customizable – Modify themes, styles, and behaviors easily.
Mobile-Responsive – Designed for seamless responsiveness across devices.
Strong Community & Support – One of the most widely-used React UI libraries.
Google Material Design Compliance – Ensures modern and intuitive UIs.

When to Use Material-UI?

For enterprise apps: Perfect for dashboards, CRM systems, and admin panels.
For quick MVPs: Provides pre-built components to speed up prototyping.
For consistency in design: Ensures a polished, professional look across all screens.
For mobile-friendly web apps: Material-UI components are responsive by default.

Used by: Netflix, Spotify, Amazon, and Google-based projects.

When NOT to Use Material-UI?

If you need a highly unique UI (MUI’s default styles can feel repetitive).
If you want lightweight styles (MUI includes many components, which can increase bundle size).
If your project follows a non-Material Design system (e.g., Tailwind, Bootstrap).

7. Chakra UI

Best for: Building accessible, flexible, and customizable UI components with a modern developer experience.

Chakra UI is a component-based UI framework for React that emphasizes simplicity, accessibility, and customization. Unlike Material-UI, which follows Google’s Material Design, Chakra UI offers minimalistic yet flexible components that adapt to any design system.

How Chakra UI Works

Chakra UI provides a styled-system-based approach, allowing developers to customize components directly using props. It simplifies styling with consistent spacing, color modes (light/dark), and accessibility.

Key Features:

Theme-Driven Design: Easily customize colors, typography, and spacing.
Built-in Dark Mode Support: Toggle between light and dark themes effortlessly.
Responsive Design Made Easy: Use sx props or Chakra’s built-in responsive utilities.
Accessibility First: Components are ARIA-compliant by default.
Composable & Flexible: Use composable APIs to build reusable components.

Code Example: A Simple Chakra UI Button

A styled button using Chakra UI:

import { Button, ChakraProvider, extendTheme } from “@chakra-ui/react”;

const theme = extendTheme({

colors: {

brand: {

500: “#3498db”,

});

export default function App() {

return (

Click Me

</Button>

</ChakraProvider>

);

}

Explanation:

extendTheme() defines a custom theme with a brand color.
ChakraProvider applies the theme globally.
Button is a pre-styled Chakra UI button with colorScheme and size props for easy customization.

Why Choose Chakra UI?

Highly Customizable – Tailor styles easily with theme-based tokens.
Great Developer Experience – Intuitive, prop-driven styling with fewer CSS files.
Lightweight & Performant – Smaller bundle size compared to Material-UI.
Accessibility-First – Built with ARIA-compliant components.
Dark Mode Ready – Easily switch between dark and light themes.

When to Use Chakra UI?

For highly customizable UI designs: Ideal for startups & custom branding projects.
For accessibility-focused apps: Ensures WCAG-compliant designs out of the box.
For fast UI development: Prop-driven styling speeds up design workflows.
For design-agnostic projects: Works with any design system, unlike Material-UI.

Used by: Coinbase, Stripe, The Guardian, and numerous startups.

When NOT to Use Chakra UI?

If you need strict Material Design compliance (use Material-UI instead).
If you want a predefined UI theme (Chakra is more flexible but requires styling effort).
If you need an ultra-lightweight setup (Tailwind CSS might be a better alternative).

8. Ant Design (AntD)

Best for: Developers building enterprise applications, dashboards, and admin panels with a polished and professional UI.

Ant Design (AntD) is a React UI framework focused on enterprise applications. It provides a vast library of components, design guidelines, and built-in internationalization (i18n) support. Used by large-scale web applications, AntD ensures consistent UI/UX across complex projects.

How Ant Design Works

Ant Design provides a structured design system, offering ready-to-use UI components that follow enterprise UX best practices. It’s built with TypeScript support and offers theme customization using Less or CSS-in-JS.

Key Features:

Enterprise-Ready Components: Tables, forms, charts, modals, notifications, etc.
Internationalization (i18n) Support: Built-in multi-language capabilities.
Design Tokens & Customization: Customize themes using Less variables.
Rich Data Display Components: Advanced tables, trees, and graphs.
TypeScript Support: Fully typed component library.

Code Example: Ant Design Button with Icon

A simple AntD button with an icon:

import React from “react”;

import { Button } from “antd”;

import { DownloadOutlined } from “@ant-design/icons”;

import “antd/dist/reset.css”; // AntD Styles

function App() {

return (

Download

</Button>

);

}

export default App;

Explanation:

Imports Ant Design’s Button component for easy styling.
Uses AntD’s built-in icons (DownloadOutlined).
Applies a primary theme (type=”primary”).
Fully responsive and accessible.

Why Choose Ant Design?

Best for Enterprise Apps – Optimized for dashboards & admin panels.
Rich Component Library – Pre-built UI elements save development time.
Customizable Themes – Modify styles using Less or CSS-in-JS.
Built-in Internationalization (i18n) – Supports multiple languages.
Data-Intensive UI Support – Advanced table, tree, and form components.

When to Use Ant Design?

For enterprise software – Perfect for dashboards, SaaS, and internal tools.
For applications with global users – Built-in i18n support.
For large-scale projects – Optimized for performance & scalability.

Used by: Alibaba, Tencent, and enterprise software companies.

When NOT to Use Ant Design?

If you want a lightweight framework (Chakra UI or Tailwind might be better).
If you need custom animations & aesthetics (MUI is more flexible).
If you don’t need enterprise-level features (Bootstrap is simpler).

9. React Admin

Best for: Developers building custom admin dashboards, data-heavy applications, and internal tools with React.

React Admin is an open-source framework designed specifically for admin interfaces. It simplifies building CRUD (Create, Read, Update, Delete) applications by integrating with REST and GraphQL APIs. Built on Material-UI, it provides ready-to-use components for forms, tables, authentication, and more.

How React Admin Works

React Admin works as a headless UI framework, allowing developers to easily connect APIs and databases to create fully functional admin dashboards. It provides pre-built components for forms, tables, filtering, sorting, and authentication.

Key Features:

CRUD Functionality Out-of-the-Box – Easy API integration.
Built-in Authentication Support – Works with JWT, OAuth, and more.
Supports REST & GraphQL – Works with any API backend.
Material-UI-Based Components – Clean and professional design.
Powerful Data Management Tools – Filtering, sorting, and pagination included.

Code Example: Basic React Admin Dashboard

Here’s how to set up a simple React Admin dashboard:

import React from “react”;

import { Admin, Resource, ListGuesser } from “react-admin”;

import jsonServerProvider from “ra-data-json-server”;

// Connect to a mock API

const dataProvider = jsonServerProvider(“https://jsonplaceholder.typicode.com”);

function App() {

return (

</Admin>

);

}

export default App;

Explanation:

Uses jsonServerProvider to fetch data from an API.
Wraps the app inside <Admin>, providing full dashboard functionality.
Dynamically fetches and displays resources (<Resource name=”users” list={ListGuesser} />).

Why Choose React Admin?

Best for Admin Dashboards – Specifically built for back-office apps.
Pre-Built Components – Save time with ready-made UI elements.
Works with Any API – Supports both REST and GraphQL.
Flexible & Extendable – Customize components as needed.
Authentication & Authorization Support – Secure user management.

When to Use React Admin?

For SaaS dashboards – Build fully functional admin interfaces.
For CRM & ERP systems – Manage data-heavy applications.
For internal tools – Quickly create back-office applications.
For API-based projects – Works seamlessly with REST and GraphQL APIs.

Used by: Enterprise apps, CMS platforms, e-commerce dashboards.

When NOT to Use React Admin?

If you need a general UI framework (Material-UI or Ant Design may be better).
If your project isn’t API-driven (It’s built for REST/GraphQL).
If you need a lightweight UI kit (React Admin is feature-rich, not minimal).

10. Rebass

Best for: Developers who want a lightweight, highly customizable component library with styled-system support.

Rebass is a minimalist React UI library that provides flexible, themeable, and accessible components. Unlike Material-UI or Ant Design, Rebass focuses on simplicity and performance, making it ideal for projects where you want custom styles with minimal overhead.

How Rebass Works

Rebass is built on a Styled System, meaning it provides style props (e.g., margin, padding, color) for rapid UI development while maintaining custom themes via Emotion or Styled Components.

Key Features:

Minimalist & Lightweight – Small bundle size for fast performance.
Theme-Based Customization – Uses a theme.js file for styling.
Styled-System Integration – Provides responsive, scalable styles.
Accessible by Default – Follows WAI-ARIA guidelines.

Code Example: Basic Rebass Button

A simple button styled with Rebass:

import React from “react”;

import { Button } from “rebass”;

function App() {

return (

<Button

sx={{

backgroundColor: “primary”,

color: “white”,

padding: “12px 24px”,

borderRadius: “8px”,

fontSize: “16px”,

}}

Click Me

</Button>

);

}

export default App;

Explanation:

Uses sx prop from Styled System for flexible styling.
Customizes background, color, padding, border-radius, and font size.
Lightweight and performance-friendly with minimal dependencies.

Why Choose Rebass?

Best for Minimalist UI Development – No extra styling bloat.
Highly Customizable – Style with Styled System & Emotion.
Great for Design Systems – Build theme-driven UI components.
Responsive & Scalable – Works well with dynamic layouts.
Accessibility-First – ARIA-compliant components.

When to Use Rebass?

For custom UI designs – Ideal for highly customized interfaces.
For fast, lightweight apps – Minimal dependencies improve performance.
For projects using Styled System – Seamlessly integrates with it.

Used by: Developers who want more control over UI styling without bulky frameworks.

When NOT to Use Rebass?

If you need pre-styled components (Ant Design or Material-UI is better).
If you want a full UI framework (Rebass is minimal, not comprehensive).
If you don’t want to manage themes (Bootstrap or Reactstrap is simpler).

11. Blueprint.js

Best for: Developers building complex, data-heavy applications, dashboards, and analytics tools.

Blueprint.js is a React-based UI toolkit specifically designed for data-intensive applications. Unlike Material-UI or Ant Design, it focuses on highly interactive components like tables, charts, date pickers, and tree views—making it perfect for enterprise software.

How Blueprint.js Works

Blueprint.js provides pre-built, customizable components optimized for handling large datasets efficiently. It includes drag-and-drop functionality, virtualized tables, and advanced forms while maintaining a clean and structured design.

Key Features:

Optimized for Data-Heavy UIs – Great for dashboards and analytics.
Highly Interactive Components – Includes tables, trees, sliders, modals, etc.
Virtualized Tables – Handles large datasets with smooth performance.
Dark Mode Support – Built-in theme switching.
Accessibility-First – ARIA-compliant for better UX.

Code Example: Blueprint.js Table

A simple table component using Blueprint.js:

import React from “react”;

import { Table, Column, Cell } from “@blueprintjs/table”;

import “@blueprintjs/core/lib/css/blueprint.css”;

import “@blueprintjs/table/lib/css/table.css”;

function App() {

return (

<Column name=”Status” cellRenderer={(row) => <Cell>Active</Cell>} />

</Table>

);

}

export default App;

Explanation:

Uses Blueprint.js Table, Column, and Cell components for structured data.
Implements cell renderers for dynamic row population.
Optimized for performance, even with large data sets.

Why Choose Blueprint.js?

Best for Data-Dense Apps – Built for complex UIs with large data sets.
Highly Interactive Components – Advanced tables, trees, models, etc.
Virtualized Rendering – Handles massive datasets without lag.
Dark Mode Support – Built-in theme switching.
Great for Enterprise Dashboards – Used by analytics & financial apps.

When to Use Blueprint.js?

For analytics dashboards – Best for displaying large datasets interactively.
For financial and trading apps – Works well for stock trading platforms.
For admin & enterprise software – Optimized for back-office systems.

Used by: Financial institutions, analytics software, and enterprise apps.

When NOT to Use Blueprint.js?

If you need a general-purpose UI library (Material-UI or AntD may be better).
If your app doesn’t deal with large datasets (Chakra UI is more lightweight).
If you want simple styling (Blueprint.js is more structured and opinionated).

12. Evergreen UI

Best for: Developers building highly flexible, enterprise-grade applications with a clean and accessible design.

Evergreen UI, developed by Segment, is a React UI framework designed to be highly adaptable. Unlike Material-UI or Ant Design, it provides fully themeable, composable components that work well in enterprise applications, SaaS dashboards, and modern web apps.

How Evergreen UI Works

Evergreen UI is built on styled-components and follows a design token-based approach. This means components can be customized and extended without losing consistency.

Key Features:

Flexible & Composable Components – Adaptable for different UI needs.
Built-in Theming System – Easily create custom styles.
Highly Accessible (A11y-First) – Optimized for keyboard navigation & screen readers.
Minimal Setup Required – Works out-of-the-box with modern React projects.
Well-documented & Actively Maintained – Backed by Segment.

Code Example: Evergreen UI Button & Dialog

A simple example using a modal dialog and a button from Evergreen UI:

import React, { useState } from “react”;

import { Button, Dialog } from “evergreen-ui”;

function App() {

const [isShown, setIsShown] = useState(false);

return (

<Button appearance=”primary” onClick={() => setIsShown(true)}>

Open Dialog

</Button>

<Dialog

isShown={isShown}

title=”Evergreen UI Dialog”

onCloseComplete={() => setIsShown(false)}

confirmLabel=”Confirm”

This is a simple dialog using Evergreen UI.

</Dialog>

</>

);

}

export default App;

Explanation:

Uses Evergreen UI’s Button and Dialog components for a clean UI.
Implements state management (useState) for opening/closing the dialog.
Styled out-of-the-box with minimal customization required.

Why Choose Evergreen UI?

Best for Modern Web Apps – Ideal for SaaS, admin panels, and dashboards.
Highly Flexible & Composable – Components adapt to any design system.
Enterprise-Ready – Used by large-scale apps requiring scalability & maintainability.
Dark Mode Support – Easily themable with design tokens.
Optimized for Accessibility – Fully compliant with WCAG standards.

When to Use Evergreen UI?

For SaaS applications – Great for dashboards, analytics tools, and B2B apps.
For enterprise software – Perfect for internal tools & customer portals.
For React projects that need flexibility – A mix of customization & pre-styled components.

Used by: SaaS platforms, enterprise dashboards, and design-conscious web apps.

When NOT to Use Evergreen UI?

If you need a highly opinionated UI library (Material-UI may be a better choice).
If you prefer a large ecosystem with many third-party integrations (Ant Design has more).
If you want a lightweight, minimal framework (Rebass is simpler and smaller).

13. Grommet

Best for: Developers who need a fully responsive, accessible, and themeable UI framework with built-in design system support.

Grommet is a React-based component library developed by Hewlett Packard Enterprise (HPE). It’s specifically designed to offer highly responsive layouts, accessible components, and a modern design system, making it a great choice for enterprise applications, SaaS platforms, and accessibility-focused projects.

How Grommet Works

Grommet offers a flexible, modular UI system that includes both pre-built components and layout utilities. It follows ARIA best practices and is optimized for responsive web design, working seamlessly on desktops, tablets, and mobile devices.

Key Features:

Fully Responsive UI – Works across all screen sizes with a fluid grid system.
Accessibility-First (A11y) – Optimized for screen readers and keyboard navigation.
Built-in Theming Support – Customize styles with design tokens.
Comprehensive Component Library – Buttons, modals, data visualization tools, and more.
Flexbox-Based Layout System – Provides a grid and flex utilities for easy structuring.

Code Example: Grommet Button & Card

A simple example using Grommet’s Button and Box components:

import React from “react”;

import { Grommet, Box, Button, Text } from “grommet”;

const theme = {

global: {

colors: {

brand: “#7D4CDB”,

font: {

family: “Arial”,

size: “18px”,

height: “20px”,

};

function App() {

return (

<Text>Welcome to Grommet UI</Text>

</Box>

</Grommet>

);

}

export default App;

Explanation:

Uses Grommet as a provider to apply theming globally.
Box is used for layout structure with flexible spacing and alignment.
Button has built-in styling and supports primary, secondary, or plain modes.
Custom themes can be applied via the theme object.

Why Choose Grommet?

Best for Enterprise & Accessibility-Focused Projects – Fully WCAG compliant.
Built-in Responsive Layout System – Uses flexbox and grid utilities.
Highly Customizable Theming – Allows deep theme control for branding.
Scalable for Large Applications – Perfect for corporate software & SaaS tools.
Design System Ready – Great for building consistent UI frameworks.

When to Use Grommet?

For accessible web applications – Ensures usability for all users.
For enterprise software – Provides structure for large-scale UI systems.
For projects requiring a custom design system – Theming and design token support make it highly adaptable.

Used by: Large enterprises, financial institutions, and projects requiring high accessibility compliance.

When NOT to Use Grommet?

If you need a lightweight UI framework (Rebass or Chakra UI is better).
If you want a highly opinionated design (Material-UI and Ant Design offer predefined styling).
If your project doesn’t require accessibility compliance (Other UI kits may be simpler).

14. Theme UI

Best for: Developers who need a lightweight, themeable, and highly customizable UI framework with design tokens and style flexibility.

Theme UI is a CSS-in-JS-based styling library built specifically for React applications. Unlike traditional UI component libraries like Material-UI or Ant Design, Theme UI focuses on scalable design systems, theme-based styling, and responsive design tokens. It’s widely used in JAMstack applications, Gatsby projects, and custom UI designs.

How Theme UI Works

Theme UI allows developers to create consistent, theme-driven styles using a declarative object-based approach. It integrates seamlessly with styled components, Emotion, and MDX (Markdown for React).

Key Features:

Theme-Driven Styling – Uses design tokens for consistency.
Lightweight & Performant – Small footprint with zero runtime cost.
MDX Support – Great for content-driven React applications.
Highly Customizable – Unlike Material-UI, you define everything from scratch.
Responsive Design – Uses CSS media query breakpoints inside the theme.

Code Example: Theme UI Button with Custom Styling

A simple example using Theme UI’s Button component with custom theming:

/** @jsxImportSource theme-ui */

import { ThemeProvider, Button } from “theme-ui”;

const theme = {

colors: {

primary: “#FF6347”, // Tomato color

secondary: “#4A90E2”,

buttons: {

primary: {

bg: “primary”,

color: “white”,

fontSize: 16,

padding: “10px 20px”,

borderRadius: “5px”,

“&:hover”: {

bg: “secondary”,

};

function App() {

return (

<Button variant=”primary”>Click Me</Button>

</ThemeProvider>

);

}

export default App;

Explanation:

Uses ThemeProvider to inject a global theme.
Defines a custom theme object with colors and button styles.
Button component is styled using variants (primary), allowing easy customization.
Implements hover effects within the theme configuration.

Why Choose Theme UI?

Best for Custom Design Systems – Lets you create a fully customized UI.
Lightweight & No Runtime Overhead – Faster than full-fledged UI frameworks.
Great for Gatsby & JAMstack Apps – Ideal for content-heavy and headless CMS projects.
Works with MDX – Lets you style Markdown-driven React content effortlessly.
Full CSS-in-JS Support – Works seamlessly with Emotion & styled-components.

When to Use Theme UI?

For Gatsby & Next.js sites – Works exceptionally well with JAMstack frameworks.
For design systems – Provides a robust theming engine for scalable UIs.
For MDX-powered blogs – Allows seamless styling of Markdown content in React.

Used by: Gatsby developers, JAMstack applications, and teams building custom design systems.

When NOT to Use Theme UI?

If you need prebuilt UI components (Use Ant Design or Material-UI instead).
If you want a structured, opinionated design (Theme UI requires you to define all styles).
If you’re not comfortable with CSS-in-JS (It relies heavily on JavaScript-based styling).

15. React Suite

Best for: Developers building enterprise-level web applications that require a professional, polished UI with rich components and customization options.

React Suite (RSUITE) is a React-based UI framework specifically designed for enterprise applications. It provides a comprehensive set of UI components, including tables, charts, forms, modals, and navigation elements, making it a go-to choice for building complex dashboards, admin panels, and data-driven apps.

How React Suite Works

React Suite offers a modular, component-based architecture with built-in light and dark themes. It follows design best practices and supports internationalization (i18n), accessibility, and flexible styling.

Key Features:

Enterprise-Grade UI Components – Includes data tables, calendars, charts, form elements, and navigation tools.
Built-in Theming System – Supports light and dark modes with customizable themes.
Accessibility (A11y) Friendly – Components follow WCAG guidelines.
Supports Internationalization (i18n) – Ideal for multi-language applications.
Optimized for Performance – Uses tree-shaking to reduce bundle size.

Code Example: React Suite Table & Button

A simple example using React Suite’s Table and Button components:

import React from “react”;

import { Table, Button } from “rsuite”;

import “rsuite/dist/rsuite.min.css”;

const { Column, HeaderCell, Cell } = Table;

const data = [

{ id: 1, name: “Alice”, age: 25 },

{ id: 2, name: “Bob”, age: 30 },

{ id: 3, name: “Charlie”, age: 28 },

];

function App() {

return (

<div style={{ padding: 20 }}>

<Table height={200} data={data}>

<Column width={200}>

<HeaderCell>Name</HeaderCell>

<Cell dataKey=”name” />

</Column>

<Column width={100}>

<HeaderCell>Age</HeaderCell>

<Cell dataKey=”age” />

</Column>

</Table>

<Button appearance=”primary” style={{ marginTop: 10 }}>

Click Me

</Button>

</div>

);

}

export default App;

Explanation:

Uses React Suite’s Table component for structured data representation.
Button component has predefined styles (primary, default, ghost).
Built-in CSS support with a minimalist, professional look.

Why Choose React Suite?

Best for Enterprise & Admin Dashboards – Provides all essential UI components.
Built-in Dark & Light Themes – Easily switch between themes.
Supports Large-Scale Applications – Optimized for performance with lazyloading and tree-shaking.
Great for Multi-Language Applications – Comes with i18n support.
Scalable & Customizable – Fully customizable components with flexible styling options.

When to Use React Suite?

For enterprise dashboards & admin panels – Provides highly functional UI components.
For complex data-driven applications – Great for data tables, forms, and analytics.
For projects requiring internationalization – i18n support makes it easy to create multi-language apps.

Used by: Fintech platforms, CRM dashboards, enterprise SaaS applications, and business tools.

When NOT to Use React Suite?

If you need a lightweight UI framework (React Suite is feature-rich and heavier).
If your project is small/simple (For basic UI needs, Chakra UI or Theme UI may be better).
If you want a material design look (Use Material-UI instead).

16. PrimeReact

Best for: Developers who need a complete UI toolkit with advanced components, high performance, and flexibility for building professional web applications.

PrimeReact is a comprehensive React UI library that provides 100+ prebuilt components, including data tables, charts, menus, dialogs, forms, and drag-and-drop elements. It is highly customizable and optimized for performance, making it a great choice for enterprise-grade applications.

How PrimeReact Works

PrimeReact follows a modular architecture, allowing developers to use only the components they need. It supports CSS customization, theming, accessibility, and responsive design out of the box.

Key Features:

100+ Ready-to-Use Components – Includes tables, charts, menus, dialogs, and form elements.
Data-Rich UI Support – Provides data tables, graphs, and filtering tools for handling large datasets.
High Customizability – Allows theme customization with PrimeFlex (CSS Utility Library).
Touch & Mobile-Friendly – Works seamlessly on mobile and touchscreen devices.
Optimized Performance – Uses lazy loading, virtualization, and optimized rendering.
Accessibility (A11y) Support – Meets WCAG guidelines for inclusive UI development.

Code Example: PrimeReact DataTable & Button

Here’s an example of PrimeReact’s DataTable component with sorting and selection features:

import React, { useState } from “react”;

import { DataTable } from “primereact/datatable”;

import { Column } from “primereact/column”;

import { Button } from “primereact/button”;

import “primereact/resources/themes/lara-light-blue/theme.css”;

import “primereact/resources/primereact.min.css”;

import “primeicons/primeicons.css”;

const users = [

{ id: 1, name: “Alice”, role: “Admin” },

{ id: 2, name: “Bob”, role: “Editor” },

{ id: 3, name: “Charlie”, role: “Viewer” },

];

function App() {

const [selectedUser, setSelectedUser] = useState(null);

return (

<DataTable

value={users}

selectionMode=”single”

selection={selectedUser}

onSelectionChange={(e) => setSelectedUser(e.value)}

paginator

rows={5}

</DataTable>

<Button

label=”Select User”

icon=”pi pi-check”

disabled={!selectedUser}

style={{ marginTop: 10 }}

</div>

);

}

export default App;

Explanation:

Uses DataTable with sorting, selection, and pagination.
Button is disabled unless a user is selected.
Includes PrimeIcons and themes for a polished look.

Why Choose PrimeReact?

Comprehensive Component Library – Covers everything from tables to UI widgets.
Best for Data-Heavy Applications – Great for handling large datasets with filtering and sorting.
Enterprise-Grade Features – Includes drag & drop, file uploads, and multi-step wizards.
Flexible Theming – Supports PrimeFlex CSS utility classes for design customization.
Touch & Mobile Optimized – Works well on smartphones and tablets.

When to Use PrimeReact?

For business applications – Ideal for data-rich dashboards, CRMs, and analytics platforms.
For applications needing advanced UI components – Comes with auto-complete, calendar, tooltips, and interactive elements.
For mobile-responsive applications – UI components work smoothly on touchscreens.

Used by: Fintech companies, SaaS dashboards, and enterprise-grade business applications.

When NOT to Use PrimeReact?

If you need a minimal UI framework (PrimeReact has a large library, which may add overhead).
If you prefer Material Design (Use Material-UI instead).
If you need simple, lightweight styling (Consider Chakra UI or Theme UI).

Final Thoughts on ReactJS Frameworks

ReactJS has an extensive ecosystem of frameworks and UI libraries that cater to different development needs. Whether you’re building a high-performance web app, a static site, a server-rendered application, or an enterprise dashboard, there’s a React framework or UI library that fits the job.

Framework & UI Library Comparison

Framework / Library	Best For	Key Features	Not Ideal For
Next.js	SEO-friendly, server-side rendering (SSR)	SSR, ISR, API routes, performance-optimized	Basic static sites
Gatsby	Static site generation (SSG)	Fast builds, GraphQL integration, headless CMS support	Dynamic applications
Remix	Full-stack React apps	Nested routing, server-side rendering, better form handling	Basic front-end projects
React Bootstrap	Bootstrap-based UI components	Pre-styled Bootstrap UI, responsive design	Custom UI-heavy applications
Material-UI (MUI)	Google Material Design UI	Theme-based styling, pre-built components	Non-material design projects
Chakra UI	Accessible & customizable UI	Theme-based styling, easy customization	Heavy enterprise apps
Ant Design	Enterprise-level UI	Comprehensive UI components, business-ready	Small-scale projects
React Suite	Enterprise dashboards & SaaS	Data-rich UI, internationalization, accessibility	Simple projects
PrimeReact	Data-heavy apps, feature-rich UI	100+ components, advanced tables, charts	Minimalist or lightweight UI needs

Conclusion

ReactJS frameworks and UI libraries provide developers with a wide range of options for building modern applications. Your choice depends on your project requirements, whether it’s performance, styling, SEO, or enterprise needs.

Selecting the right ReactJS framework can enhance development speed, optimize performance, and create seamless user experiences.

Ready to build with ReactJS? From mobile and web app development to AI solutions, MVP development, ReactJS expertise, and UI/UX design, Think201 helps you turn ideas into scalable, high-performance applications. Let’s create something impactful! Get in touch today.

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