New release push: Avery Dennison AD Max Label tops battery demands

Avery Dennison is targeting the fast-growing EV and energy storage market with its AD Max Label portfolio, a high-durability battery labeling solution designed for heat, chemicals and safety-critical traceability in demanding environments.

Edited by ad hoc news New Releases & Launches Desk. Reviewed before publication on 06/16/2026 at 1:30 AM ET. Details in the imprint.

Avery Dennison is sharpening its focus on electric vehicles and stationary energy storage with its AD Max Label battery labeling portfolio, a recently introduced range of engineered labels designed to withstand heat, chemicals and long product lifecycles in high-voltage packs. According to the company, the AD Max family is built for critical identification, safety warnings and traceability on EV and industrial batteries where conventional labels can fail. The portfolio targets cell, module and pack suppliers that need UL-recognized constructions and durable marking solutions that stay legible for years in harsh environments.

What Avery Dennison’s AD Max Label is built to do

The AD Max Label concept is aimed squarely at battery packs that sit at the core of electric vehicles, hybrid vehicles and backup power systems, where labels must survive elevated temperatures, exposure to electrolytes and repeated charge-discharge cycles. Avery Dennison positions the range as a multi-layer construction combining specialized facestocks, adhesives and topcoats to deliver resistance to chemicals, abrasion and thermal stress for the lifetime of the battery. In addition, the company says the labels support key compliance and safety needs such as barcodes, QR codes and standardized safety pictograms that remain readable despite contact with coolants or cleaning fluids, and are compatible with thermal transfer printing used widely in battery factories. As outlined in an official overview of the battery solutions portfolio, AD Max constructions are engineered to meet common automotive and industry standards around flammability and performance in demanding environments. Avery Dennison’s battery labeling guide describes AD Max as part of its high-performance range for EV and industrial batteries.

Durability is the central theme: battery labels must resist delamination, fading and loss of adhesion as packs heat up and cool down across thousands of cycles. AD Max constructions are reported to use high-temperature films and engineered adhesives that maintain bond strength on common battery substrates such as steel, aluminum and engineered plastics. That matters in practice because OEMs and Tier 1 suppliers rely on labels for serial numbers, safety warnings and process data that need to remain accessible for warranty work, recalls and end-of-life recycling. The company also highlights print performance as a design focus, with topcoats tuned for crisp variable data and compatibility with widely used resin ribbons, to help factories keep line speeds high while meeting quality requirements. Beyond EVs, Avery Dennison targets backup power units, energy storage systems and industrial batteries, reflecting the broader electrification trend driving demand for specialized label materials.

The AD Max Label portfolio sits within Avery Dennison’s larger battery and automotive labeling lineup, which includes solutions for cell identification, busbar labels and cooling system components. By offering constructions pre-tested for common battery chemistries and pack designs, the company aims to shorten validation cycles for manufacturers trying to scale production of new EV and storage platforms. Compared with generic industrial labels, AD Max is positioned as a higher-spec option for applications where regulatory compliance and long-term readability are critical to safety. Industry publications that cover automotive supply chains have noted that specialized labels are becoming an increasingly important part of battery traceability strategies, as regulators and automakers push for more detailed lifecycle data. A recent coverage of Avery Dennison’s automotive and battery focus underscores how these label systems are designed to fit into broader digital traceability and safety frameworks in the EV ecosystem. Packaging Insights has reported on Avery Dennison’s push into EV battery labeling, including the AD Max range for demanding use cases.

On the production side, the AD Max Label range is intended to integrate into existing label application and printing setups with minimal changeover. Constructions are offered in roll form compatible with automated applicators used on module and pack lines, and they are designed to work with standard print-and-apply and thermal transfer systems. That allows battery manufacturers to upgrade to more robust labels without retooling entire lines, an important consideration in high-volume EV factories that run near capacity. Avery Dennison also emphasizes technical support as part of the offer, including application testing, material recommendations and custom constructions where standard AD Max options do not fully match a customer’s substrate or process. For US customers, availability runs through the company’s label distribution network, while global automotive and battery hubs in Europe and Asia are served through regional converting partners that can specify AD Max materials locally.

From a strategic standpoint, Avery Dennison is using AD Max and related battery labeling solutions to deepen its role in the EV value chain, a segment it has highlighted as a growth driver within its Materials Group business. The company has stated in investor materials that electrification, automotive and industrial labeling are key focus areas as it looks beyond traditional pressure-sensitive labels for consumer packaging. Battery and automotive labels tend to carry higher technical requirements and value-add compared with standard product labels, which can support margins if Avery Dennison can scale volumes. In the company’s recent communications with investors, management pointed to transportation and automotive-related labeling, including EV batteries, as one of the innovation platforms tied to long-term secular trends like electrification and sustainability. Avery Dennison’s investor presentation highlights EV and battery labeling as a strategic growth segment for its Materials Group. Shares of Avery Dennison (ISIN US0536111091) traded on the NYSE at $159.99 at the close of regular trading on 06/13/2026.

Avery Dennison AD Max Label in brief

• Product: AD Max Label battery labeling portfolio
• Manufacturer: Avery Dennison Corporation
• Category: New Release - engineered battery label materials
• Launch date: Introduced as part of the recent EV and battery labeling portfolio expansion
• MSRP / Price: Not publicly disclosed; pricing typically set per industrial specification and volume
• Availability: Available through Avery Dennison’s label materials distribution network and automotive-focused converting partners
• Target audience: EV and hybrid vehicle battery makers, industrial and storage battery manufacturers, automotive Tier 1 suppliers and pack integrators
• Key differentiator / USP: High-durability, high-temperature and chemical-resistant label constructions designed specifically for safety-critical identification and traceability on modern battery packs

This article was a.i.-assisted and editorially reviewed. Product information without warranty; prices and availability may change at short notice. Not investment advice and not a buy or sell recommendation. Trading involves risk up to and including the total loss of invested capital.