Expanded Content Labels

Expanded Content Labels (ECL) are multi-layer or multi-page labels designed to provide significantly more space for information than a standard label. They combine a pressure sensitive label with additional layers, booklets, or fold-out panels, allowing brands to include regulatory information, multilingual content, instructions, promotional messaging, and more directly on the package.

Expanded Content Labels are commonly used when a product requires more information than can fit on a traditional label. They are ideal for applications requiring regulatory content, safety information, multilingual translations, instructions for use, promotional messaging, or detailed product information while maximizing available package space.

ECLs provide additional space for critical information without requiring larger packaging or sacrificing brand graphics. They help keep important content attached directly to the product, support multilingual communication, improve consumer access to information, and can incorporate features such as resealability and tamper evidence.

Expanded Content Labels are available in a variety of formats, including booklet labels, fold-out labels, peel-back labels, and multi-ply labels. Each construction is designed to address different packaging, regulatory, promotional, and consumer information requirements while accommodating various container shapes and sizes.

ECLs provide additional space for mandatory product information, including safety instructions, warnings, ingredient disclosures, usage directions, and multilingual content. By keeping this information attached directly to the package, they help brands communicate required content clearly while maintaining package design and functionality.

Expanded Content Labels can support sustainability goals by allowing brands to place more information directly on the package, potentially reducing the need for separate inserts, leaflets, or additional packaging components. Solutions such as thinner booklet constructions and material-efficient designs can further help reduce material usage while maintaining functionality. Sustainable options and material selections vary by application and packaging requirements.