Surrogate (chemical) drying oils with mineral oils. simple recipes

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FACTORY TECHNOLOGIES AT HOME - SIMPLE RECIPES
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Surrogate (chemical) drying oils with mineral oils. Simple recipes and tips

Factory technologies - simple recipes

Directory / Factory technology at home - simple recipes

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Here are some recipes surrogate (chemical) drying oils with mineral oils.

1st recipe:

100 wt. parts of linseed oil are heated to 130-140 °C, then add 60 wt. h. light mineral oil. V. 0,890-0,900 (solar oil, vaseline oil), mix and add 8 wt. including lead-manganese resinate. The product dries in 10-18 hours.

2st recipe:

40 wt. hours of rosin melt with moderate heat and then add 60 wt. hours of kerosene (carefully!). In this mixture dissolve 5 wt. including lead-manganese resinate and add 10 wt. including linseed oil drying oil. The mixture is left alone for a while.

3st recipe:

Mix with heating 120 wt. h. kerosene, 120 wt. h. mineral oil, 200 wt. parts of rosin treated with manganese chloride and lime, 200 wt. tsp linseed oil, processed 10 wt. including manganese resin at 270 °C.

Drying oil can be prepared as follows:

Approximately 75 wt. including rosin is melted into 100 wt. hours of heated kerosene (handle with care !!!) and add with constant stirring from 2 to 5 wt. hours of burnt caustic lime and 3 to 5 wt. hours of water (in small portions). The product thus obtained is a drying oil usable as drying oil. Surrogate drying oil

Instead of adding caustic lime in dry form, you can first extinguish it, and then add it to the solution in small portions mixed with water.

To increase the drying capacity of the resulting product, part of the lime can be replaced by the oxide of some other metal, such as zinc oxide (zinc white).

According to the following method, carpentry bone glue is boiled for a long time in kerosene, the liquid is separated from the sediment and rosin is dissolved in it. The progress of work is as follows:

6 wt. h. bone glue is boiled for a long time, with 50 wt. hours of kerosene. The foam that appears during cooking is removed. Cooking is stopped when the foam turns brown. Next, the liquid is drained from the precipitate and dissolved in it 25 wt. hours of rosin. The resulting product is a surrogate for drying oil. If such drying oil is rubbed with paints, then a homogeneous, durable mixture is obtained, which forms a shiny, durable coating on wood, iron, brick, glass, etc.

Mix 220 wt. hours of resinous lime (obtained by heating 50 parts by weight of rosin, 4 parts by weight of slaked lime powder and 6 parts by weight of linseed oil), 100 wt. hours of mineral oil beats. V. 0,820 (solar or vaseline) and 130 wt. hours of turpentine or the same amount of kerosene. Such drying oil dries in 12 hours.

Well-drying surrogate drying oil can be made in the following way.

1st recipe:

Mixed under normal heating 230 wt. h. 5% resinous lime, 150 wt. hours of resin oil drying oil (consists of 400 parts by weight of resin oil, 5 parts by weight of manganese resin dissolved in 50 parts by weight of turpentine), 150 wt. hours of mineral oil beats. V. 0,90 and 100 wt. hours of kerosene.

2st recipe:

58 wt. including rosin fused with 2,9 wt. hours of slaked lime, and 2,9 wt. hours of soda ash are fused until completely transparent; then add:

48,3 wt. hours of mineral oil beats. V. 0,92, 53 wt. hours of prepared mineral oil (obtained from a mixture of 400 parts by weight of mineral oil with 25 parts by weight of manganese resin and 50 parts by weight of kerosene), 33,9 wt. hours of linseed oil drying oil and 80 wt. h. turpentine. Dries at 12 o'clock. Production is carried out as follows:

Rosin is melted with slaked lime and soda until the alloy becomes transparent, then mineral or resin oil is added (both are prepared without heating) and kept for some time at a temperature of 140-150 ° C. The mixture becomes completely transparent, after which it is allowed to cool and then the remaining thinning substances are added slowly, while stirring.

Author: Korolev V.A.

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