What should your HTML Chip component look like?
Describe your dream HTML Chip component below, and we'll make it happen
Featured Generations
Discover allNeed a Custom HTML Chip UI?
Step 1
Define Your HTML Chip Scope
Define what you want your HTML Chip component to achieve as a prompt above
Step 2
Customize your HTML component features, styling, & functionality
Define your Chip component's features, choose your preferred styling, and specify its behavior. We'll iterate it for you.
Step 3
Export your component to VS Code instantly
Copy your generated component to VS Code with a single click, ready to use.
Step 4
Test and launch your HTML component
Ensure everything works perfectly before deploying to production. Make additional changes using our VS Code plugin.
What is HTML Chip?
HTML-Chip is a div based component for displaying small, compact elements such as person tags, categories, or status indicators in HTML applications. Chip elements are often styled using CSS to create consistent button-like components. An example of a chip element can be a tag-like structure with rounded corners and icon support. The chip based design allows the person to create complex HTML layouts. Always use an example to demonstrate the implementation of HTML and CSS concepts. To create a custom chip component, define a div with a class and apply styles like border-radius and padding in CSS, referencing this example. Adjust the div background color and spacing to ensure chips remain visually consistent when you create complex layouts using this example template. You can create a chip to represent items like contact chip labels, filters, or status indicators that are visually distinct and easy to interact with. A chip may include multiple interactive elements, such as buttons or link elements, and img src to display an icon or image alongside text. The chip content can contain text, icons, or other small data points to indicate a particular status or category. Chips are widely used in applications to organize tag enter information clearly. The style attribute in HTML allows inline CSS to be applied directly to an element, making it easier to define specific visual properties. You can easily add chip to your interface by styling it as an inline block div element, ensuring it fits seamlessly with other content. Chips can be used for a variety of purposes, including as tags or interactive elements for filter content. In this example, chips could represent user actions or categories. Setting the max height of an HTML element with CSS ensures that content does not exceed a predefined size, improving the user experience. By adjusting the width and input function, chips can also be made editable, allowing clients to add or delete tags as needed. The ability to create these chips efficiently ensures a smooth, dynamic user interface. This component provides a simple yet powerful way to render small pieces of data in a visually appealing and interactive manner.
How to Build HTML Chip Using PureCode AI?
Search for 'Chip' on PureCode AI, select the HTML tag, and integrate the code into your project. This component includes a chip component that helps render compact elements like contact chips, tags, or labels in your interface. Create a person chip with image support and adjustable width. A div tag is a block-level element in HTML that is used to group related content and can be styled with CSS for better visual representation. Use HTML div elements with padding and margin to build chip layouts. Function tags can trigger dynamic updates in the container using const. Add a delete attribute with a cursor pointer to let clients remove chips. Set max width for the div container to prevent chips from overflowing. Use a div tag with CSS style for responsive input fields. The div element is often used as a container for styling chips and other components. The input function validates data before adding it to the container. Each chip can include an img src to render an image or icon next to the chip content, creating a visually appealing element. The contact chip uses a div with padding and border radius for a polished design. By adjusting the chip content, you can render different types of data, such as text or categories, in a small, interactive format. To add chip, set it as an inline block div element, which ensures the chips align neatly in a row or column. Chips are highly flexible—whether used for categorization, filter content, or status indication. In this example, you can create a series of chips with adjustable width, padding, margin, line height, and font weight to match your design. Nest each chip within a div and use CSS pseudo-elements (like ::after) to add decorative icons or label to the chips. Apply a :not([data person]) selector in CSS to target chips inside the div where the person attribute is null or missing. In complex layouts, a parent div often wraps nested div elements, which may themselves contain another div for granular styling and structure. Use flexbox on the parent div to align chips responsively, with optional spacing adjustments for when null placeholders are present. You can also include an input field within the chip for editable tags or dynamic content. For a polished look, apply a border radius to round the corners and set a background color to make the chip more visually appealing. Chips can be used to filter content, allowing users to toggle between different categories. Adjusting these styles ensures your chips fit seamlessly into your UI, providing a compact yet functional way to display key data or interaction points.
Why Do You Need HTML Chip?
It provides a compact way to display categories or status, improving usability and visual organization. The chip component allows you to display small, interactive elements, such as contact chips or status indicators. The note suggests using inline block div elements for responsive chips. Use const variables to manage null states and tag data dynamically. Wrap chips in a div to organize them properly within your layout. Create interactive chips using HTML elements and style with CSS. Create a div container to display multiple chips as interactive UI elements, following this example for proper HTML structure and CSS styling. Define a reusable div class in your HTML to standardize the appearance of chips across your project, including font size and background color. Use a parent div container with flexbox CSS to arrange multiple chips horizontally, ensuring responsive alignment and spacing. Setting a null value for a data attribute in a div element can prevent unnecessary JavaScript operations. Each chip can be enhanced with an img src to render icons or images alongside the text. You can add chip to the layout by setting it as an inline block div element, ensuring the chips align neatly in a horizontal or vertical list. The value attribute in an input tag defines the default text or data shown in the HTML element, which can be styled further with CSS. In this example, you can create multiple chips, adjusting their width, padding, margin, line height, and border radius to match your design style. The input function within the chip allows to add dynamic tag or options. The default style includes a link and image within the chip. Each chip can serve as an element for filtering content or showing status. A delete icon or close button with cursor pointer can be added to let clients remove chips when clicked. These interactive styles, combined with CSS like background color and font weight, make chips an effective tool for categorization, status updates, and personal interaction in modern web applications. Filters with border radius and pointer interactions improve chip usability.
How to Add Your Custom Theme for HTML Chip?
Customize the layout, background color, and fonts using PureCode AI’s theme editor to match your project’s design. The chip component provides a compact way to display elements such as tag, categories, or status indicators. Each chip can include an img src to show an icon or image alongside text, improving visual appeal. You can add chip by setting it as an inline-block div container, ensuring chips are neatly aligned and responsive. Adjust the width and margin of the container to align chips properly. Use const to handle null data states in the chip component. You can use a div tag as a container for other HTML elements and apply flexbox or grid layout styles with CSS for advanced positioning. Apply border radius and pointer cursor to the contact chip for interactivity. Set optional background color and border radius values in the theme. Developers can trigger actions like delete using the attribute data-remove. In this example, you can create a series of chips, adjusting their width, padding, margin, line height, and border radius for a polished look. A person icon can be wrapped inside a div along with other components, such as chips, to enhance user interaction. The input function allows clients to dynamically add or delete chips, making the interface more interactive. These chips can serve as elements for tagging, filtering content, or categorizing data. A const variable in a JavaScript file can dynamically control the input value in an HTML form by updating the attribute of elements. Including a delete or close icon with cursor pointer within each chip enables users to easily remove them or update them when clicked. Apply hover effects to the div wrapper to dynamically highlight individual chips when clients interact with them. The data of each chip can be updated or passed to a back-end system using const variables. With PureCode AI’s editor, you can effortlessly tailor CSS, background color, padding, margin, and font weight to fit your project’s default or optional themes, ensuring seamless integration.