Adhesive soaps. simple recipes

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FACTORY TECHNOLOGIES AT HOME - SIMPLE RECIPES
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Adhesive soaps. Simple recipes and tips

Factory technologies - simple recipes

Directory / Factory technology at home - simple recipes

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Here are some recipes glue soap.

Adhesive soaps with rosin

Here are some recipes:

1st recipe:

Coconut oil 30 kg;
Melted lard 30 kg;
Rosin 62 kg;
Caustic soda solution 38 °Be 60 kg;
Soluble glass 37 °Be 24 kg.

2st recipe:

Melted lard 25 kg;
Coconut oil 23 kg;
Crude palm oil 1,5 kg;
Rosin 25 kg;
Caustic soda solution 38 °Be 35 kg;
Soluble glass 37 °Be 7,5 kg.

3st recipe:

Coconut oil 25 kg;
Rosin 25 kg;
Talc 5 kg;
Caustic soda solution 35 ° Be 25 kg.

4st recipe:

Melted lard 35 kg;
Palm oil 5 kg;
Coconut oil 10 kg;
Rosin 50 kg;
Caustic soda solution 35 °Be 7 kg;
Soluble, glass 37 °Be 10 kg;
Caustic soda solution 35 ° Be 50 kg.

5st recipe:

Fat 50 kg;
Palm oil 50 kg;
Coconut oil 50 kg;
Rosin 60 kg;
Caustic soda solution 25 °Be 150 kg;
Salt solution 18 °Be 330 kg.

When cooking these soaps, the core does not fall off. Such soap contains in its composition all glycerin and all water of caustic lye.

Cooking soap according to these recipes is as follows. First, fats and rosin are melted with low heat. Talc is added to the dissolved mixture. Separately, a solution of caustic soda is heated to 90-95 ° C and poured into the boiler in a thin stream (it is best to set caustic soda in 3 portions). When complete saponification occurs, that is, when the solution becomes completely transparent, soluble glass is added to the mass, preheated to 80-90 ° C. You can also add trim from the previous brew to the boiler. The boiler is closed, the mass is allowed to cool and then poured into molding boxes. To these soaps, mirban oil (nitrobenzene) is usually added to muffle the smell of rosin. Rosin soap lathers well and is yellow to light brown in color.

Marble Adhesive Soaps

Here are 4 recipes:

1st recipe. Yield 350% (relative to fats):

Sala melted 10 kg;
Coconut oil 43 kg;
Caustic soda solution 20 °Be 60 kg;
Potash 30 °Be 34 kg;
Table salt 24 °Be 37 kg.

Coloring:

Soluble glass 37 °Be 1,5 kg;
Water 0,75 l;
Caustic soda solution 20 °Be 250 g;
Ultramarine 120 y.

2nd recipe. Yield 500%:

Coconut oil 50 kg;
Caustic soda solution 20 °Be 60 kg;
Potash 21 °Be 80 kg;
Table salt 21 °Be 50 kg.

Coloring:

Soluble glass 37 °Be 3,5 kg;
Water 1 l;
Caustic soda solution 20 °Be 500 g;
Ultramarine 125 y.

3rd recipe. Top grade:

Fat 20 kg;
Coconut oil 5 kg;
Caustic soda solution 25 ° Be 24 kg.

Coloring:

Soluble glass 37 °Be 4 kg;
Caustic soda solution 25 °Be 30 g;
Water 0,5 l;
Ultramarine 50 y.

4th recipe. With an admixture of crystalline soda:

Fat 24 kg;
Coconut oil 24 kg;
Caustic soda solution 23 °Be 40 kg;
Crystalline soda 25 °Be 10 kg;
Potash 30 °Be 11 kg;
Table salt 25 °Be 19 kg.

Coloring:

Soluble glass 37 °Be 4 kg;
Water 1 l;
Caustic soda solution 25 °Be 25 g;
Ultramarine 100 y.

Preparation Soaps before these recipes are as follows. Pour all the caustic soda, a solution of potash and crystalline soda into the cauldron and bring the liquid to a boil. Separately, in another cauldron, fats are melted and gradually poured into a heated alkaline solution. Stir well and heat until complete saponification occurs. Next, a solution of sodium chloride is added and a sample is taken for the alkalinity of the soap (on the tongue or on an alcohol solution of phenolphthalein). The sample should be slightly alkaline (slight burning). If necessary, the soap is corrected by adding heated coconut oil or adding a solution of caustic alkali.

After the soap is ready, they begin to add coloring matter to obtain marble. For this strain, boiled soap is poured from the boiler into a bucket and about 200 g of the mixture for coloring is added. If at the same time it turns out that flakes fall out, then it is necessary to add a little caustic soda to the boiler and take a new sample. If the sample taken is colored evenly and marble is not obtained after half an hour, then it is necessary to add a little melted coconut oil to the cauldron mixed with a little hot water. The test is considered satisfactory when, after standing for half an hour, the soap begins to shrink and after 2-3 hours completely crystallizes. If the test gives a favorable result, the soap is cooled to 75-80 ° C and the paint is gradually added.

Author: Korolev V.A.

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