PACT
Label Stock

Water-Based Acrylic Label Adhesives

A label adhesive is specified by the surface it ends up on, the temperature at which it is applied, and what has to happen at the end of the label's life. Those three decide more than the chemistry name does — and they are what a peel figure on a steel panel does not tell you.

An application we assess on request. Share your substrates, process and target requirements and we will confirm suitability, available documentation and sourcing feasibility — no stock grade is listed yet.

Discuss Your Application
Labelled bottles and sheets of paper and film face stock beside a tub of acrylic label adhesive

Three Label Jobs, Bought Differently

"Label adhesive" covers three requirements that fail in different ways. Find yours, then send the conditions listed with it — those are what make a trial mean something.

Permanent labels

What it must do
Build adhesion over the first hours and keep it for the life of the pack, on the surface it is actually applied to.
What decides it
The final surface and its energy — glass and PET behave differently from HDPE and PP — plus the curvature, the surface condition at labelling and how soon the pack is handled or chilled.
How it usually fails
Edges lift on a curved container, or the label holds on the test panel and flags on the real bottle.
Send us
Face stock, container material and diameter, surface condition when labelled, what the pack goes through next.
Discuss this application →

Removable labels

What it must do
Come away cleanly after a stated time, from a stated surface, without residue or paint lift.
What decides it
Dwell time before removal, temperature and UV in between, and the surface itself. Removability is a formulation property, not a thin coat of a permanent adhesive.
How it usually fails
Peel force climbs with time or heat, so a label that lifted cleanly in week one tears or leaves residue in month six.
Send us
How long the label stays on, the surface, indoor or outdoor exposure, and what counts as clean removal for your customer.
Discuss this application →

Chilled and frozen packs

What it must do
Wet the surface at the temperature it is applied at, then hold at the temperature it lives at — two separate requirements.
What decides it
Whether the container is warm or already chilled when labelled, whether there is condensation or frost on it, and whether the pack cycles in and out of the freezer.
How it usually fails
The label is applied to a cold, damp bottle, never bonds properly, and lifts in the case.
Send us
Temperature at labelling, storage temperature, whether the container is wet or frosted, and whether packs are removed and returned to the cold store.
Discuss this application →

Three Temperatures, Not One

Which temperatureWhat it governsWhere it goes wrong
Application temperatureWhether the adhesive can wet the surface at the moment of labellingLabelling a container straight out of the chiller with a room-temperature grade
Service temperatureHow cold or hot the labelled pack can get afterwardsRead as if it were the application temperature
Surface condition at labellingWhether anything is between the adhesive and the containerCondensation or frost, which the datasheet cannot see

Test the combination rather than the parts: apply at your labelling temperature, onto the container in the state it is really in, then store at service temperature through the chill and thaw cycles the pack actually sees.

Comparing Figures Between Suppliers

Tack, peel and shear are each measured by several published methods that do not give interchangeable numbers, and each is stated at a coat weight and dwell time. Our acrylic adhesives page sets out which method measures what, including the difference between FINAT FTM 1 at 180° and FTM 2 at 90°. Before comparing two quotations, check that the method, test surface, dwell time and coat weight match — otherwise the larger number is just the easier test.

What to Tell Us

ParameterWhy it mattersWhat to tell us
Face stockPaper, film and their coatings change how the adhesive anchors and how the label conforms.Material, thickness, coating or topcoat
Liner and releaseRelease level has to suit the die-cutting and dispensing speed, or labels tear or fail to strip.Liner type and dispensing speed
The final surfaceThis is what the adhesive has to hold, and it is rarely the panel a datasheet quotes.Exact material, finish and curvature
Application temperatureThe lowest temperature at which the adhesive still wets the surface.Temperature of the container at labelling
Service temperatureA separate limit from application temperature, and usually wider.Storage and distribution range
Surface conditionCondensation, frost, dust or release agents defeat an otherwise suitable adhesive.Wet, dry, frosted, dusty
Coating method and dry coat weightTack, peel and shear are all stated at a coat weight; changing it changes them.Coater type, target dry coat weight, line speed, oven
Removal requirementPermanent, removable or wash-off are different formulations, not settings.What must happen at end of life

Applying paper labels with glue on a bottling line is a different purchase — see wet-glue labelling. For film that protects a surface and then comes off, see protective film adhesives.

Frequently Asked Questions

Why does a label that passes on a steel panel fail on an HDPE bottle?
Because the test measured a different bond. Standard peel methods use a polished stainless steel panel, which is high-energy, flat and clean. An HDPE or PP bottle is low-energy and curved, and a curve adds a constant peel force at the label edges that a flat panel never applies. Ask for peel on your own container material, at your dwell time, and treat the steel figure as a comparison between adhesives rather than a prediction for your pack.
Is the minimum service temperature the same as the minimum application temperature?
No, and confusing them is one of the most common cold-chain failures. Minimum application temperature is the coldest the surface can be when the label is applied and still let the adhesive wet it. Minimum service temperature is how cold the labelled pack can then get. A label applied at room temperature can often live at minus twenty; the same adhesive applied directly to a frozen container may never bond at all.
Can I just use less permanent adhesive to make it removable?
No. A thin coat of a permanent adhesive is still permanent — it simply starts weaker and still builds adhesion over time, which is the opposite of what a removable label needs. Removable grades are formulated so peel force stays inside a window over the dwell time. Tell us the dwell time and surface and the requirement becomes testable.
What does condensation do to a label?
A film of water between the adhesive and the container stops the adhesive contacting the surface, so the bond never forms even though the label looks applied. It matters most when a chilled container meets humid air on the line. Either label before chilling, dry the surface, or specify an adhesive formulated for damp surfaces — and test with the container in the state it is really in.
Do you supply label adhesive?
We assess label adhesive requests rather than listing a stock grade: we review your face stock, surface, temperatures and coating process, then confirm what can be sourced and what documentation comes with it. If a candidate does not suit your conditions, we will say so rather than send a sample that will fail on your line.

Sources

  1. BASF, Label adhesives
  2. BASF, Acronal 3760 — acrylic dispersion for removable labels
  3. H.B. Fuller, Which adhesive is best suited for my container labeling needs?
  4. Dow, Acrylic pressure-sensitive adhesives

These references describe the technology in general. Performance figures from other manufacturers apply to their products, not to PACT grades, and a citation does not imply endorsement. Content reviewed September 16, 2026.

Before you commit to a label adhesive

Share Your Materials and Process

Share the materials you need to bond or coat, your application process and any target specification. We will review the request and confirm sourcing feasibility, available documentation and next steps.