The self-adhesive label industry is undergoing a noticeable transformation in 2026. Competition is gradually shifting beyond conventional pressure-sensitive paper products toward lighter materials, specialty adhesives, linerless labels, recyclable constructions and RFID-enabled smart labels.

Recent product launches and technology developments from major international label material suppliers provide a useful indication of where the industry may be heading over the next several years.

1. Linerless Labels Are Moving from Sustainability Concept to Commercial Application

In August 2026, HERMA expanded its linerless label portfolio with Linerless Plus, targeting logistics, shipping and industrial labeling applications.

A conventional pressure-sensitive label typically consists of three basic components:

• Facestock + Pressure-Sensitive Adhesive + Release Liner

• Once the label is applied, however, the release liner becomes waste.

• Linerless technology changes this structure by eliminating the conventional release liner.

• This can be particularly attractive in logistics applications, where enormous quantities of relatively short-life labels are consumed every day.

According to an application example provided by HERMA, replacing approximately 1.5 million conventional labels measuring around 105 × 148.5 mm with a linerless solution could potentially eliminate approximately 1.37 tonnes of liner material and reduce associated carbon emissions by around 1.42 tonnes.

This suggests that linerless technology could see particularly strong adoption in applications such as:

shipping labels, warehouse labels, pallet labels, e-commerce logistics labels, weigh-scale labels and automated print-and-apply systems.

European packaging regulations, including the Packaging and Packaging Waste Regulation (PPWR), are also increasing pressure on companies to reduce packaging waste and improve material efficiency.

For traditional self-adhesive material manufacturers, this is an important development to monitor.

If linerless technology gains significant penetration in logistics labeling, one of the areas most directly affected could eventually be demand for conventional glassine release liners.

2. Adhesive Technology Is Becoming a Key Differentiator

Another important industry trend is the growing emphasis on application-specific adhesive solutions rather than simply facestock selection.

Recent product portfolios presented by UPM Adhesive Materials highlight pressure-sensitive adhesive solutions designed for different applications and operating environments.

Examples include solutions for:

• Difficult-to-label substrates and demanding conditions

• Pharmaceutical and healthcare labeling

• Recycling-compatible packaging

• Conformable film applications

• Logistics and automated print-and-apply systems

• Linerless labeling

This reflects an important change in how the self-adhesive industry creates value.

Traditionally, a customer might simply request:

“80 gsm semi-gloss paper + acrylic adhesive + 60 gsm glassine.”

Increasingly, however, customers are defining their requirements according to the actual application:

What surface will the label be applied to?

What is the minimum application temperature?

Will the label be exposed to freezing conditions?

Is the substrate PE, PP, glass, cardboard or metal?

Will condensation or moisture be present?

Does the label need to be removable?

Must the final packaging remain compatible with recycling processes?

The material supplier then needs to design the appropriate combination of:

Facestock + Adhesive + Coat Weight + Release Liner

This means adhesive formulation and application know-how are becoming increasingly important sources of competitive advantage.

Standard permanent acrylic and hot-melt adhesives will continue to represent a large market. However, specialty products such as freezer adhesives, deep-freeze adhesives, removable adhesives, low-surface-energy adhesives, high-tack adhesives, pharmaceutical adhesives and high-temperature solutions may offer stronger differentiation and higher added value.

3. Film Labels and Recyclable Materials Remain Major Growth Areas

Alongside linerless and RFID technologies, film-based self-adhesive materials remain an important long-term development area.

Leading suppliers such as Fedrigoni Self-Adhesives are continuing to develop material portfolios that include recycled and reduced-material constructions, including solutions based on rPP, rPE and rPET.

At the same time, the industry is moving toward:

thinner materials, recycled content, linerless constructions and label structures designed to improve packaging recyclability.

This is particularly relevant for manufacturers working with BOPP, PP, PE and PET self-adhesive films.

Film labels are especially suitable for applications requiring better moisture resistance, transparency, flexibility, durability or chemical resistance.

Important end markets include:

food and beverage, household chemicals, cosmetics and personal care, industrial products and durable labeling.

From a long-term perspective, conventional coated-paper self-adhesive materials will remain an important volume product, while combinations of film facestocks and specialty adhesives are likely to represent an increasingly attractive value-added segment.

4. RFID Smart Labels Are Becoming More Accessible

Avery Dennison has also introduced an important development in the RFID label market through AD Fusion.

Traditionally, label converters entering RFID production may need dedicated equipment to insert RFID inlays into label constructions.

This requires additional capital investment, process control and technical expertise.

The concept behind AD Fusion is different.

RFID inlays are integrated into the material before it reaches the converter, allowing converters to receive RFID-enabled roll material that can be processed through existing printing and converting operations.

In practical terms, this could lower the barrier for conventional label converters to enter the RFID market.

This development is significant because the structure of a label material could increasingly evolve from:

Facestock + Adhesive + Liner

toward:

Facestock + RFID Inlay + Adhesive + Liner

Self-adhesive labels are therefore gradually evolving from simple packaging consumables into information carriers and smart packaging components.

RFID technology is already widely used in apparel, retail, logistics, warehousing, supply-chain management and asset tracking.

If RFID costs continue to decline, adoption could expand further into food, pharmaceuticals, personal care, consumer goods and other high-volume markets.

5. Chinese Manufacturers Are Also Expanding Self-Adhesive Capacity

The Chinese market is evolving in the same direction.

Recent disclosures from Chinese label-material manufacturers show continued investment in automated self-adhesive production capacity, variable-information labels, hot-melt adhesive technologies, thermal materials and functional label products.

This development reflects a broader industry trend.

A traditional production model based mainly on purchasing paper and adhesive and then coating standard self-adhesive constructions can be difficult to differentiate over the long term.

As a result, more manufacturers are moving upstream or developing capabilities in areas such as:

adhesive technology, film materials, thermal materials and functional self-adhesive constructions.

Vertical integration and proprietary material know-how could therefore become increasingly important competitive advantages.

What Does This Mean for Self-Adhesive Material Manufacturers?

Several strategic directions are becoming clearer from recent developments across the global label industry.

First, conventional paper labels will remain a major volume market, but price competition is likely to continue.

Products such as 80 gsm semi-gloss paper, cast-coated paper and woodfree paper remain widely used, particularly across Asia, the Middle East, Africa and Latin America.

However, specifications in these categories are increasingly standardized, meaning competition often comes down to price, consistency, delivery time and service.

Second, film labels deserve continued investment.

BOPP, PP, PE and PET constructions can serve higher-value applications, particularly in food, beverage, personal care, industrial and durable-label markets.

Third, adhesive technology may become one of the most important areas for R&D investment.

Customers ultimately do not need simply an “acrylic adhesive.”

They need answers to practical questions:

Will the label apply successfully at -15°C?

Will it remain bonded to a PE container?

Will the edges lift after months in cold storage?

Will the adhesive leave residue after removal?

Can the construction survive moisture, chemicals or temperature changes?

Manufacturers capable of solving these application-specific problems are more likely to move beyond pure price competition.

Fourth, linerless technology deserves early technical preparation.

Traditional glassine, CCK and PET release liners are not going to disappear in the near term.

However, linerless solutions are increasingly moving toward commercial adoption in logistics, weigh-scale labeling and automated print-and-apply applications.

European sustainability regulations could accelerate this transition.

Fifth, RFID should be closely monitored without necessarily requiring immediate heavy capital investment.

Solutions such as Avery Dennison’s AD Fusion demonstrate that the RFID supply chain is attempting to make smart-label production accessible to a wider range of converters.

Traditional self-adhesive manufacturers can therefore begin by studying the compatibility of:

RFID Inlays + Facestocks + Adhesives + Release Liners + Converting Processes

before committing to a complete RFID production platform.

Key Product Opportunities for 2026–2028

Based on a combination of market potential, technical barriers and compatibility with existing self-adhesive production capabilities, several product areas deserve particular attention.

Priority 1 — Strong Development Potential

Film Labels

BOPP / PP / PE / PET

Specialty Adhesives

Freezer / Deep-Freezer / Removable / High-Tack / Special-Substrate Adhesives

Logistics Labels

Thermal Materials / High-Speed Converting / Print-and-Apply Applications

Priority 2 — Build Capabilities Early

Linerless Labels

Recycling-Compatible Label Materials

Wash-Off Adhesives

Lightweight and Downgauged Materials

PET Liner + Film Facestock Constructions

Priority 3 — Monitor for Longer-Term Growth

RFID Smart Labels

Smart Packaging

Track-and-Trace Labels

Functional and Electronic Labels

Outlook

The developments seen in 2026 do not suggest that conventional self-adhesive materials are disappearing.

Instead, the industry is undergoing a gradual upgrade in product structure and technical capability.

The competitive self-adhesive material manufacturer of the future may no longer be defined simply by its ability to produce:

“80 gsm paper + 18 gsm adhesive + 60 gsm liner.”

Increasingly, customers will expect suppliers to provide a complete material solution based on:

Facestock + Adhesive + Release Material + Printability + Application Environment + Recycling Requirements

From this perspective, specialty adhesives, film materials, linerless technology and smart labels are likely to remain four of the most important areas to watch in the global self-adhesive label industry over the next several years.