Special Process Inks

Foil Series

Two novel types of foil series with evidently improved and accelerated drying.

Foil Series

Appropriated for the printing on non-absorbing substrates such as imitation Chromolux, Acetate foil, adhesive paper etc.

Fastnesses Standard Series

Item no. Light Transp. Spirit Nitro Alcali
Foil-Euro Y 69385 5 + + + +
Foil-Euro M 69386 5 + + +
Foil-Euro C 69387 8 + + + +
Foil-Euro K 51345 8 + + +

+ properties given   − properties not given

Foil Series with Higher Fastnesses

Item no. Light Transp. Spirit Nitro Alcali
Foil-Euro Y 67844 6 + + + +
Foil-Euro M 67845 6 – 7 + + + +
Foil-Euro C 67846 8 + + + +
Foil-Euro K 51281 8 + + +

+ properties given   − properties not given

Foil series is not duct fresh. Furthermore a Foil Covering white for covering on transparent substrates is available.

Foil-Covering White: 68611

We are also able to supply, on demand and in reasonable quantities, the basic colours of our colour book in foil quality.

Application

Type/Name Quantity Properties
Isopropyl alcohol up to 5 % improves the wettability, negligible modification of the ph-value
Grafo-Drier 1 – 3 % improves the through drying

The fountain solution should not be in the acid range. The best results are achieved with a ph-value between 5.3 and 5.5. Run the fountain solution close to the smearing point, too much fountain solution considerably slows down the drying.

Additives:

The inks are manufactured ready to print and are printable out of the tin. If necessary only add mineral oil free additives and take care of the correct dosage.

Following additives can be used:

White 210
Printing oil 071
Aqua Sic 473
Transparent White 68161

Spray powder:

For the use of spray powder we recommend normal dosage and coarse grain on mineral basis such as Spray powder K4/20-30. Especially with non-absorbent substrates an unstable color/water balance has in impact. Therefore special attention to the correct ink/water balance must be paid.

Note: This technical description is intended to inform and advise you. It corresponds to our current state of knowledge. However, since the specific application depends on a number of factors over which we have no influence, no guarantee and liability for the pressure failure can be derived.