Media for HP Indigo, Memjet and laser/LED sheet printers. Digital presses remove the plate, which means every property of the material is exposed directly in the imaging process — the sheet lists them one by one.
Indigo does not print ink in the conventional sense: it transfers a charged liquid toner from a blanket by electric field. The material therefore has to present the right surface energy and resistivity, or transfer becomes patchy and toner adhesion suffers.
A laser fuser hits the sheet at roughly 150–200 °C for a fraction of a second. A face that cannot take that will curl, blister or show a permanent wave running through the sheet — and the distortion only appears after the job is printed.
There is no make-ready to absorb variation on a digital press. Lot-to-lot consistency in caliper, surface and colour base is what keeps the fifth re-run of a job looking like the first.
| Model | Face material | Adhesive | Peel / Tack | Service temp. | File | Actions |
|---|
With no plate to compensate, the toner or ink behaves exactly according to what the surface offers it. We characterise each medium for transfer, heat and smoothness so the press operator starts from a known baseline instead of tuning the machine to the material.
| Parameter | Our control | Why it matters |
|---|---|---|
| Electronic-ink transfer | Surface energy + resistivity matched | Clean HP Indigo transfer |
| Heat resistance | Stable through 150–200 °C | No curl or blistering in laser |
| Smoothness | Controlled surface profile | Sharp dots, accurate colour |
| Batch consistency | Tight lot-to-lot tolerance | Same colour on every re-run |
Give our engineers the substrate, the press and the service conditions. We coat candidates on the pilot line and send you the test data — NDA is routine.
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