70g Thermal Transfer Paper Digital Inkjet & Laser Label Material — M65693

Construction

The three functional layers of this item. Selecting on face stock alone is where most specification errors begin — the adhesive and liner decide how it behaves on your press.

Product features

• Medium-tack adhesive system — balanced adhesion and converting performance
• Thermal transfer face — ribbon printing with sharp, durable barcodes

FAQ

Where does M65693 (70g Thermal Transfer Paper, Medium-tack) fail first on laser and inkjet printed sheets, and does the liner change the answer?

70g Thermal Transfer Paper is specified for the digital inkjet & laser field, which does not mean every substrate in it. Thermal transfer needs a ribbon, and the print then outlasts direct thermal by months. Where the surface is recycled or carries mould release, treat the first roll as a trial.

What happens to M65693 (70g Thermal Transfer Paper) below 60 °C with this Medium-tack adhesive, and how do we verify it on the line?

No application-temperature figure is released for this construction, and we will not invent one. Adhesive wet-out decides the low end, and that depends on your line speed and the temperature of the bottle. The declared test condition is 23±2 °C / 50±5 % RH, and a trial roll shows where your own line sits.

Where does the M65693 (70g Thermal Transfer Paper, Medium-tack) data sheet state its peel condition on a 58g Yellow Glassine liner, and what substrate was it measured on?

No tack or peel figure is released for this construction, so we will not quote one. We report tack to FINAT FTM 9 by the ball method and 90° peel to FTM 2, at 23±2 °C / 50±5 % RH.

Can we start with less than a full run of M65693 (70g Thermal Transfer Paper, Medium-tack), and what starts the clock?

Minimum order quantity is 500 ㎡ and lead time is 15 days after artwork and roll-format approval. A trial roll for press approval can be arranged before the production run starts. Shipment is ex-works Guangzhou, and it can be consolidated with other codes on the same order.

Both look like the same face stock, so why pick M65693 (70g Thermal Transfer Paper) over S67701, and is one a drop-in for the other?

The adhesive is the same and the liner differs: M65693 uses 58g Yellow Glassine Liner, while S67701 uses 62g White Glassine Liner. Changing the liner shifts release force and die-cutting behaviour, and the price moves with it. Compare the two technical tables above, then test both on the same substrate.