UV0201W21 is a 36mic Glossy white BOPP film on a 60gsm white glassine liner, built for UV inkjet presses (Durst, Domino, Xeikon, Handtop and similar). This page gives you the construction as we actually coat it, where it belongs, and what to pick instead when it does not.
Construction page · last verified 2026-10-19 · published in English · technical questions: contact the lab
BOPP is a biaxially oriented polypropylene film. Orienting it in both directions is what gives the film its stiffness and its dimensional stability, so a thin BOPP label still lies flat on the pack and still feeds reliably at line speed. It is waterproof, it does not tear the way paper does, and it accepts a topcoat that lets UV and water-based inks key to the surface instead of sitting on it.
Underneath it sits 21±3 mic (iso 2808) — adhesive coat weight; system confirmed on the tds. The liner is a glassine — a supercalendered paper with a dense, closed surface. Glassine releases cleanly at high converting speeds, it is the cheapest liner that does the job, and it is the default for roll-fed work.
This construction sits in the UV Inkjet family, which we build for UV inkjet presses (Durst, Domino, Xeikon, Handtop and similar). The family grouping is not marketing shorthand — it is how the topcoat is chosen.
| Material code | UV0201W21 |
|---|---|
| Facestock | 36mic Glossy white BOPP film |
| Adhesive | 21±3 mic (ISO 2808) — adhesive coat weight; system confirmed on the TDS |
| Liner | 60gsm white glassine liner |
| Print platform | UV Inkjet |
| Series | Glossy White PP |
| Supply form | Jumbo roll, slit roll — sheeted on request |
A permanent construction for ordinary labelling where the environment makes no special demand.
Batch, ingredient and logistics information on the outer pack.
Stock held by converters and resold against a specification rather than a single end use.
Confirm the adhesive system against your service conditions before specifying; the data sheet is the authority, not the catalogue line.
BOPP does not absorb ink the way paper does. The press needs its tension, heat and ink settings confirmed for film before the first production run.
UV inkjet does not absorb into the facestock the way flexo or offset ink does, so the surface has to be engineered instead. Every construction in this family carries a receptive topcoat tuned to the pin cure and the droplet size of the engine: it wets the ink out evenly so the dots do not coalesce into mottle, it anchors the cured film so the print survives die-cutting and dispensing, and it controls gloss so that the white point stays consistent across a run.
This is also why we organise the catalogue by press family rather than by material. The same 36 mic white BOPP can be the right or the wrong product depending on which engine is printing it, and the difference is in the coating, not in the film.
The Glossy White PP series holds 2 constructions in our catalogue. They share the same facestock family, so the differences that matter are adhesive system and liner — and those two decide which jobs each code wins.
Buyers often ask the reverse question: the construction works, but the press changes. These are the codes in other families built on the same facestock type.
| Family | Code | Facestock | Adhesive |
|---|---|---|---|
| Memjet | MJ0801W21 | 36mic Pearl white BOPP film | Solvent acrylic adhesive |
| Memjet | MJ0802W21 | 60mic Pearl white BOPP film | Water-based permanent acrylic adhesive |
| Memjet | MJ0803W21 | 25mic Pearl white BOPP film | Water-based acrylic adhesive |
| Memjet | MJ0901W21 | 75mic Matte white BOPP film | Water-based permanent acrylic adhesive |
Answered from the construction data, not from a brochure.
Thickness, surface finish and treatment explained for the film on this construction.
What the surface finish changes on press, at the barcode scanner and on the shelf.
What the liner contributes to release, converting speed and moisture tolerance.
Why the topcoat, not the film, decides whether a digital print looks right.
The full UV Inkjet family with the interactive filter.
All 62 published constructions side by side, filterable by press and material.
How the 115 constructions are organised, and which family fits your press.