Aniline ink. simple recipes

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FACTORY TECHNOLOGIES AT HOME - SIMPLE RECIPES
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Aniline ink. Simple recipes and tips

Factory technologies - simple recipes

Directory / Factory technology at home - simple recipes

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Aniline dyes, which have become so widely used in modern dyeing art, have also served as a material for the preparation of ink. Ink nuts, logwood, iron sulphate, etc., which were formerly used to make ink, have now receded into the background.

To get aniline ink a known aniline pigment is taken and dissolved in water. This solution should not be concentrated, because then the ink will dry out quickly and will not adhere firmly to the paper. At the right concentration, aniline ink is consistent, bleeds easily, won't corrode steel nibs, doesn't thicken or mold as quickly.

black ink

Dissolve 1 part of nigrosine or black Reform-schwarz dissolved in water in 10 parts of hot water. A solution of 2 parts of gum arabic diluted in 10 parts of cold water is added to the resulting solution.

Red ink

For their preparation, take 2 parts of fuchsin or eosin and dissolve in 90 parts of hot water. After cooling, add 2 parts of gum arabic diluted in 10 parts of cold water.

blue ink

To prepare them, take 5 parts of resorcinol, pour 30 parts of cold water, and after 2 hours add 640 parts of hot water, in which 20 parts of sugar and 1 part of crystalline oxalic acid are dissolved. All together, shake well, leave to stand for several days and filter.

purple ink

To prepare them, take 10 parts of methyl violet, pour 30 parts of cold water, leave for 3-4 hours and add 950 parts of hot water, 10 parts of powdered sugar and 2 parts of crystalline oxalic acid. The mixture is shaken for 2-3 days and then filtered.

green ink

To obtain them, take 1 part of a water-soluble green aniline dye and dissolve it in 100-200 parts of boiling water. A little picric acid can be added for a thicker green color.

Instead of chemically obtained aniline dyes, various types of inks can also be used to make colored inks. natural dyes.

purple ink

1st recipe:

15 g of aniline violet are dissolved by heating in 100 g of ethyl alcohol and then a solution of 35 g of gum arabic in 900 g of water is added in small portions. If the coloring matter is separated in the form of a powder, then you need to add some more alcohol.

2st recipe:

Methyl violet 10 g;
Dextrin 30 g;
Water 700 g.

black stationery ink

1st recipe:

Aniline black 10 g;
Sandalwood 5 g;
Iron vitriol 5 g;
Distilled water 1 l.

2st recipe:

Nigrosine 30 g;
Water 920 g;
Acetic acid 50 g.

3st recipe:

Aniline black 10 g;
Gum Arabica 2,5 g;
Distilled water 1 l;
Aniline black 10 g;
Gum 5 g;
Water 1 l.

Red ink

1st recipe:

Aniline red 30 g;
Wine alcohol 200 g;
Gum Arabica 70 g;
Water 1800 g.

Red aniline is dissolved in alcohol by heating in a water bath until completely dissolved. At the same time, gum arabic is dissolved in water, the resulting solution is heated to a boil, and the aniline solution is poured into it in a thin stream with constant shaking or stirring.

2st recipe:

Eosin 40 g;
Hot distilled water 2 l;
Ammonia 4 g;
Gum Arabica 40 g

It is prepared in the way described in the 1st recipe.

black ink

Black aniline 30 g;
Gum Arabica 15 g;
Carbolic acid 10 drops.

Black aniline is dissolved in alcohol by heating in a water bath until completely dissolved. At the same time, gum arabic is dissolved in water and the resulting solution is heated to a boil. Both solutions are mixed, after which 10 drops of carbolic acid are added.

In the same way, blue and red ink can be prepared by using blue or red aniline dye instead of black aniline.

Primulin cabinet ink

1st solution:

Primulin 10 g;
Warm water 100 cm3,

2st solution:

Nitrogen sodium salt 4 g;
Oxalic acid 6 g;
Water 200 cm3,

Drain both solutions and expose to light for 1-2 hours. From the resulting mixture, one can obtain different color ink.

Red ink

The following solution is poured into the resulting mixture:

Naphthol 6 g;
Caustic soda 8 g;
Water 200 cm3,

black ink

The following solution is poured into the resulting mixture:

Eikonogen 10 g;
Water 200 cm3,

brown ink

The following solution is poured into the resulting mixture:

Pyrogallic acid 15 g;
Water 200 cm3.

Author: Korolev V.A.

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