Thermal Transfer Labels

Thermal-transfer label selection starts with the face stock, ribbon and the conditions the printed code must survive. Compare the paper and film options before confirming a supply format.

Thermal transfer works the other way round. The printer melts a ribbon and transfers the ink onto the label, so the image sits on the surface instead of inside a heat-sensitive coating. We supply thermal transfer label stocks — coated paper, PET, PVC and synthetic — matched to the ribbon and the printer, for labels that have to stay readable through handling, abrasion, moisture and time.

Selection note: Select the label stock and ribbon as a combination. Coated paper, PET and other synthetic stocks have different print and exposure limits; a thermal-transfer print is not automatically resistant to every solvent or abrasion process. Validate barcode readability under the intended conditions.

Compare: PET & synthetic transfer labels · Coated-paper transfer labels · Colour transfer labels · Shipping labels

Where Thermal Transfer Labels Are Used

Wherever the label has to outlast a thermal coating:

• Logistics and warehousing — carton, pallet and shelf labels scanned repeatedly over months.
• Retail and inventory — price, shelf and asset labels exposed to handling and light.
• Manufacturing — work-in-progress, asset and equipment labels that meet oils and solvents.
• Chemical and industrial — drum, container and hazard marking.
• Healthcare and laboratory — specimen and reagent labels that go into cold storage.

For labels printed on demand without a ribbon, see Thermal Labels. Where the application calls for a film face stock, see PVC Film Labels and Plastic Film Labels.

Key Features

The image is transferred, not developed in a coating

A direct thermal label carries a coating that darkens when the print head heats it — which is also why heat, light and friction can take the image away again. Thermal transfer melts ink off a ribbon and lays it on the surface, so the print does not depend on a heat-sensitive layer and does not fade the same way.

Holds up to scuffing, oils and many solvents

The ink sits on the surface as a resin or wax-resin film rather than inside a coating, so the label survives what a warehouse, a production line or a chemical store does to it — rubbing, oils, moisture, and the solvents used to wipe equipment down. That is what keeps a barcode scannable on its tenth pass.

Face stock chosen to match the environment

The stock is the other half of the decision. Coated paper is the economical choice for dry indoor use over short to medium life; PET and other film stocks take moisture, abrasion and longer exposure; synthetic stocks suit outdoor and rough handling. We supply the range and confirm the one that fits the exposure you describe.

Face stock and ribbon supplied as one combination

A label that works is a face stock, a ribbon and a printer setting that were chosen together — a resin ribbon on the wrong stock performs worse than a wax ribbon on the right one. We confirm the pairing against the printer you already run, so the combination is known to work before you commit to a run.

Technical Specifications

Full parameters and available formats are listed in the Specification section above.

• Adhesive: permanent or removable — confirmed per application
• Durability: confirm face stock, ribbon and exposure conditions with samples
• Print performance: ribbon and print settings confirmed against your printer and substrate

Tell us what the label has to survive and how long it has to stay readable, and we will match the face stock and the ribbon.

How to Select and Order

Fix the construction before a sample is made. Each part below says what it decides, the options available, and what we need from you.

1. Face stock — decided by life and environment

Coated paper for short-life and low-abrasion work · PET or synthetic where the label must resist rubbing, moisture or cleaning · PVC where conformity matters.

What we need from you: How long the label must last and what it meets in that time. A label scanned within the week and one on equipment for three years are not the same stock.

2. Adhesive

Permanent acrylic · removable where the label is temporary · high-tack for rough, curved or damp surfaces.

What we need from you: The surface, its temperature at labelling, and whether the label is ever removed.

3. Liner

Glassine liner as standard · PET film liner where the thin face needs stability through the press.

What we need from you: Your printer, roll width and core.

4. Service conditions

Thermal transfer print fails in two ways: the image wears off the surface, or it never bonded properly in the first place. Rubbing and cleaning expose the first; a mismatched ribbon causes the second.

What we need from you: Abrasion and cleaning · moisture, solvent, sunlight · reading period · temperature · whether the code has to scan at end of life.

5. Printing — face stock and ribbon are one decision

Wax for coated paper and smooth surfaces · wax-resin as the general-purpose pairing · resin for film, synthetic and high-abrasion work.

What we need from you: Your printer model, printhead type and the ribbon you intend. The wrong pairing either prints poorly or rubs off, and neither is visible on a fresh sample.

Before the order runs

• Start from the life and the environment — a label scanned within the week and one sitting on equipment for three years do not need the same face stock; tell us the exposure and we will narrow it.
• Treat face stock and ribbon as one decision — the two have to work together, and the wrong pairing either prints poorly or rubs off; send us the printer and we will confirm the combination.
• Check the surface before you commit — rough, curved, damp or cold substrates change what the adhesive has to do, and samples on your own packaging settle it faster than a specification sheet.

MOQ, lead time and freight depend on material, size and quantity — send your specification and volume and we will quote.

FAQ

• Is thermal transfer the same as direct thermal? No — and the distinction decides which of the two you need. Direct thermal prints by heating a coating built into the label; there is no ribbon, but heat, light and abrasion take the image away. Thermal transfer melts a ribbon and transfers ink onto the label, which is why it holds up to handling and chemicals. If the label only has to last days, direct thermal is usually the cheaper answer; if it has to last, it is thermal transfer.
• Which ribbon do I need? It depends on the face stock and on what the label has to survive — wax for general paper labels, wax-resin for coated stocks and moderate abrasion, resin where solvents, heat or heavy wear are involved. Tell us the application and we will confirm the ribbon together with the stock.
• How long will the print last? Longer than direct thermal under the same conditions, but the answer depends on the stock, the ribbon and the exposure. Tell us the conditions — indoor or outdoor, how much handling, what it is wiped with — and we will confirm.
• Do you supply the printer or the ribbon? We supply the label stock. The ribbon and print settings are confirmed against the printer you already run, so the combination is known to work before you commit.
• Can I test before ordering? Yes — request samples and run them on your own printer and your own packaging before you commit a specification.

Bofeng New Materials supplies thermal transfer label stocks to logistics, retail, manufacturing and chemical customers as part of its Eco Labels range. Tell us what the label has to survive and we will specify the stock and the ribbon.

Get a quote or request samples: jason.zhan@bofmat.com

Related: Thermal Labels · PVC Film Labels · Plastic Film Labels

Printing method guide: Direct thermal, thermal transfer, laser or inkjet: match the printer to the label stock.