The wax-containing polishes give a shine that lasts longer; however, they must be rubbed out well. The oil polishes are much easier to bring to a shine; however, the gloss is lost very quickly. With all preparations for this purpose it should not be forgotten that a certain preparation is only suitable for a certain purpose. Universal preparations do not exist.
In addition, the polishing agents usually contain an abrasive, i.e. a hard, sharp substance, which has been ground so finely that no scratches occur during polishing. For grinding, one takes the same substances, but coarser. The scratches that arise during this process are later ground away during polishing. In principle, there is therefore no difference between polishing and grinding, only the fineness is different. The abrasives are glued to paper to form the well-known sandpaper, formed into sharpening stones with a binder or stirred into a paste with oil or emulsion.
Recipe no. 1. | ||
Carnauba wax | 9 dl | |
Beeswax | 4 dl | |
Ceresin wax | 4 dl | |
Naphtha | 75 dl | |
Stearic acid | 7 dl | |
Triethanolamine | 2½ dl | |
Water | 75 dl | |
Abrasive | 25 tot 60 dl | |
The triethanolamine and stearic acid are boiled with the water to a uniform soap solution. The waxes are then melted and the naphtha is added to the wax at 85 to 90℃. At the same temperature, the waxhing solution is poured into the soap solution with good stirring. Stir vigorously until a smooth, uniform emulsion is formed, then stir slowly until the elmus is completely cooled. As an abrasive, a substance such as bentonite can be added, which preferably combines with water. This substance is then added to the emulsion. Abrasives that attract the oil must be mixed with the waxhing solution before emulsification. The bentonite produces a paste. Add 25 dl Bentonite to the above amount. An amount of 60 dl tripel gives a liquid preparation. |
Recipe no. 2. | ||
Paraffin oil | 20 dl | |
Unboiled linseed oil | 8 dl | |
Chinese wood oil | 2 dl | |
Benzole | 1 dl | |
Petroleum | 1 dl | |
Recipe no. 3. |
||
Fuller's earth | 120 dl | |
China clay | 90 dl | |
Petroleum | 450 dl | |
Thin lubricating oil | 500 dl | |
Turkish red oil | 450 dl | |
Ammonia 10% | 120 dl | |
Formaldehyde 40% | 120 dl | |
Water | 1250 dl | |
Glycerin | 300 dl | |
Recipe no. 4. |
||
Carnauba wax | 30 dl | |
Glyco wax | 20 dl | |
Naphtha | 68 dl | |
Turpentine | 17 dl | |
Water | 70 dl | |
Borax | 10 dl | |
The waxes are melted and dissolved in the solvents. The approximately 90℃ hot waxhing solution is now slowly poured into the boiling borax solution while stirring well. |
Recipe no. 5. | |
Quartz flour (very fine) | 40 dl |
Paint gasoline | 40 dl |
Soft soap | 1 dl |
Water | 5 dl |
The wax is melted, the grinding powder added and then diluted with the paint thinner. The soap is dissolved in the water and slowly added to the waxh solution with good stirring. The paste can optionally be colored red with iron oxide. |
|
Recipe no. 6. |
|
Kieselguhr | 11 dl |
Quartz flour | 9 dl |
Yellow ocher | 1 dl |
Petroleum | 16 dl |
Soft paraffin | 2 dl |
Powdered soap | 1 dl |
Recipe no. 7. |
|
Oleic acid | 80 dl |
Paraffin oil | 250 dl |
Potashsium hydroxide | 16 dl |
Tragacanth | 6 dl |
Water | tot 1000 dl |
Recipe no. 8. | |
Gray carnauba wax | 25 dl |
Japan wax | 5 dl |
Rosin | 5 dl |
These are fused together and then added: |
|
Paint gasoline | 60 dl |
1-pcts potasoplossing | 5 dl |
This small amount of potash solution saponifies a small portion of the wax and makes the paste tougher and more cohesive. Some wax remains on the paint and this gives a durable shine. |
|
Recipe no. 9. |
|
Carnauba wax | 20 dl |
Beeswax | 30 dl |
Japan wax | 30 dl |
Paraffin | 60 dl |
Turpentine oil | 300 dl |
Recipe no. 10. |
|
Refined spindle oil | 80dl |
Soft soap | 15 dl |
Methylhexaline | 5 dl |
Soft water | 400 dl |
Stearic acid | 25 dl |
Oleic acid | 5 dl |
Refined. spindle oil | 2-10 dl |
Viennese lime | 30 dl |
English red | 38-30 dl |
The lime must first be mixed with the spindle oil, after which the other ingredients are added. |
Montan wax | 7 dl |
I.G.wax O | 18 dl |
Ozokerite | 6 dl |
Paraffin 50°/52° C | 69 dl |
Soft soap | 20 dl |
Water | 40 dl |
Oleic acid | 2 dl |
Quartz flour | 3 dl |
Carborundum | 17 dl |
The soap is dissolved in the warm water, the oleic acid is emulsified in the soap solution and then the abrasives are added. |
Rilan wax | 17 dl |
Ozokerite | 3 dl |
Paraffin | 5 dl |
Turpentine oil | 75 dl |
Bleached montan wax | 10 dl |
Ceresin 60-62° C | 6 dl |
Paraffin 50-52° C | 12 dl |
Turpentine oil | 22 dl |
Paint gasoline | 50 dl |
Raw lignite wax | 5,0 dl |
Paraffin | 1,5 dl |
Beeswax | 0,5 dl |
Nigrosine | 0,5 dl |
Graphite | 40,0 dl |
Paint gasoline | 2,5 dl |
Lakbenzine | 50,0 dl |
The waxes are melted together with the nigrosine, the graphite and the carbon black are ground on a paint mill with the white spirit and then mixed with the molten wax. The amount of solvent depends on the type of graphite and must therefore be corrected if necessary. |
|
or: |
|
Dextrin | 1 dl |
Hot water | 45 dl |
Nigrosine (water soluble) | 2 dl |
Core soap | 7 dl |
Graphite | 43 dl |
Carbon black | 2 dl |
First the dextrin is dissolved in the water, then the nigrosin and the soap. The graphite and carbon black are mixed with the solution and finely ground on a paint mill. The mass solidifies on cooling and must be poured hot into boxes. |
Uncleaned montan wax | 5,0 dl |
Colophonium (resin) | 1,5 dl |
Paraffin 40-42° C | 1,5 dl |
Graphite | 56,0 dl |
Black carbon | 24,0 dl |
Nigrosine BB | 10,0 dl |
Potasch | 3,0 dl |
Water | 200,0 dl |
-Liquid: | |
I.G. wax OP | 7,0 dl |
Colophonium (rosin) | 0,6 dl |
Core soap | 1,2 dl |
Potasch | 1,4 dl |
Water | 89,8 dl |
The ingredients are cooked together until the emulsion is evenly. |
|
-Semi-liquid: |
|
Carnauba wax | 6 dl |
Bleached montan wax | 3 dl |
Beeswax | 3 dl |
Colophonium (rosin) | 1 dl |
Core soap | 1 dl |
Potasch | 1 dl |
Water | 45 dl |
Solven, e.g. heavy gasoline | 40 dl |
The first 7 ingredients are boiled together until a uniform emulsion is obtained. The solvent is then added and the mass is stirred until it has cooled. |
Stove polish [4] (liquid) |
|
Raw montan waxanwas | 2 dl |
Rosin | 1 dl |
Carnauba wax | 1 dl |
These are heated together at 90℃ Then (while stirring well) slowly add a solution consisting of: |
|
Potassium hydroxide | 2 dl |
Boiling water | 86 dl |
Nigrosine | 3 dl |
The emulsion is allowed to cool and then mixed with 5 parts graphite and 3 parts carbon black. |
Recipe no. 1. | |
Naphtha | 62 dl |
Oleic acid | 1 dl |
Abrasive | 7 dl |
Triethanolamine | 0,33 dl |
Ammonia | 1 dl |
Water | 128 dl |
The oleic acid is dissolved in the naphtha. In addition, the triethanolamine is dissolved in the water and the abrasive is stirred with it when the abrasive attracts water, such as clay. The naphtha solution is then added to the aqueous solution with vigorous stirring. The mixture is stirred until a uniform emulsion has been obtained, after which the ammonia is added with slow stirring. |
|
Recipe no. 2. |
|
Oxalic acid | 13 dl |
Water | 320 dl |
Ammonia 26º Bé | 12 dl |
The oxalic acid is dissolved in the water, up to a maximum or 80℃ heated and then neutralized with the ammonia. |
|
Crude oleic acid | 25 dl |
Spirit | 25 dl |
Ammonia 26º Bé | 12 dl |
The mixture is heated slightly until the acid is completely saponified. The two solutions are now mixed. Mixing can be done completely cold or the solutions are slightly warmed. The first solution is poured into the second solution and at the same time 100 to 200 dl or extremely fine quartz powder are added. The thickness or the polishing cream is regulated with the amount or quartz powder. |
|
Recipe no. 3. |
|
Palm oil | 20 dl |
Yellow vaseline | 8 dl |
Paraffin | 4 dl |
Crocus "B" | 12,5 dl |
Quartz powder | 12,5 dl |
English red | 6 dl |
Iron oxide red | 2 dl |
Oxalic acid | 0,6 dl |
Clove oil | 0,5 dl |
Recipe no. 4. |
|
Orthodichlorobenzene | 5 dl |
Naphtha | 20 dl |
Pine-oil | 4 dl |
Furthermore, one dissolves and mixes: |
|
Triethanolamine linoleate | 2 dl |
Triple | 50-75 dl |
Suspension | 9 dl |
Water | 260 dl |
The naphtha solution is now poured into the aqueous solution and stirred well. Finally, one adds: |
|
Ammonia | 12 dl |
Recipe no. 5. |
|
Oleic acid | 5 dl |
Sodium hydroxide | 1 dl |
Water | 4 dl |
Pine oil | 10 dl |
Triple | 10 dl |
Aluminum polish [1] |
|
Chalk | 75 dl |
Yellow tripel | 20 dl |
Sodium bicarbonate | 3 dl |
Rhodame potassium | 2 dl |
Mix to a paste with a 25 pc solution or glycerine in water. |
Aluminum polish [2] |
|
Tylose SL 25 | 2 dl |
Boiling water | 30 dl |
Sludged chalk white | 30 dl |
Cold water | 30 dl |
Preservative | 0,1 dl |
The tylose is poured over with the boiling water and allowed to stand overnight. After this, the chalk is added and diluted with the cold water. |
Uncleaned montan wax | 25 dl |
Montaanwax A (bleached) | 5 dl |
Chromium oxide | 70 dl |
Solvent | 50-150 dl |
The waxes are melted together at the lowest possible temperature. After this it is diluted with the solvent, for which you can take the normal heavy petrol, which is used for diluting lacquers. The chromium oxide is now well mixed with this washing solution. |
Nickel polish |
|
Stearic acid soap | 86 dl |
Paraffin | 16 dl |
Beef tallow | 10 dl |
Japan wax | 3 dl |
Quartz powder | 376 dl |
Sodium bisulfate | 30 dl |
Calcium sulfate (gypsum) | 10 dl |
Kaolin | 20 dl |
Quartz powder | 40 dl |
Water is added until the mass can be pressed into tablet form. |
Brass polish |
|
Triple | 1 dl |
Chalk | 1 dl |
Precipitated krijt | 1 dl |
Stearin | 1 dl |
Petroleum distillate or | |
Petroleum | 8 dl |
Oleic acid | ½ dl |
First, the stearin is dissolved in the petroleum. The oleic acid is then added to this and the powders are stirred in this solution. or: |
|
Petroleum distillate | 30 dl |
Ammonia | 4 dl |
Oleic acid | 10 dl |
Triple | 50 dl |
Spirit | 10 dl |
Water | 20 dl |
Silver polishing paste |
|
Infusion earth | 48 dl |
Diglycol stearate | 7 dl |
Calcined soda | 1 dl |
Trisodium Phosphate | 1 dl |
Water | 70 dl |
Perfume (clove oil) | ½ dl |
Jewelers polishing powder |
|
Marble powder | 90 dl |
Jeweler's Rouge (extremely | |
fine iron oxide) | 10 dl |
Razor sharpening paste |
|
Bauxite | 42 dl |
Lard | 42 dl |
Emery powder | 15 dl |
Lacquer | 1 dl |
Emery paste |
|
Stearic acid soap | 17 dl |
Oleo stearin | 2 dl |
Vaseline | 38 dl |
Japan wax | 3 dl |
Paraffin | 26 dl |
Emery powder | 300 dl |
Flint powder | 100 dl |
Emery fat |
|
Stearic acid soap | 11 dl |
Beef tallow | 1 dl |
Paraffin | 3 dl |
Vaseline | 1 dl |
Carborundum suspension |
|
Diglycol stearate | 4 dl |
Water | 100 dl |
Carborundum powder | 4 dl |
Oil polish agent |
|
Lubricating oil (refined) | 50 dl |
Naphtha | 26 dl |
Turpentine oil | 3 dl |
Stearic acid | 9 dl |
Triethanolamine | 4 dl |
Methyl alcohol | 4 dl |
Water | 120 dl |
The first 4 ingredients are mixed and brought to 60℃ heated. In addition, the other three substances are mixed and the solution is also heated to 60℃. The aqueous solution is now poured into the oil solution while stirring well and stirred slowly until the emulsion is completely cold. The solvents in this polishing agent can be replaced by others. It is also possible to add pine-oil and finally a quantity of kieselguhr or another abrasive can be mixed with the preparation. |
Triple polishing paste and polishing grease |
|
Stearic acid soap | 30 dl |
Beef tallow | 25 dl |
Paraffin | 25 dl |
Triple | 20 dl |
The polishing compound is poured into molds without solvent. By holding the piece against the leather buffing wheel, sufficient abrasive is dispensed. By adding a relatively small amount of turpentine oil and water, a polishing paste is obtained. |
Polishing red |
|
Stearic acid soap | 50 dl |
Beef tallow | 25 dl |
Camphor | 3 dl |
Paraffin | 2 dl |
Iron oxide | 60 dl |
Polishing grease |
|
Stearin soap | 25 dl |
Beef tallow | 70 dl |
Paraffin | 5 dl |
Polishing wax (liquid) |
|
Beeswax | 5 dl |
Ceresin | 20 dl |
Turpentine oil | 85 dl |
Pine oil | 2½ dl |
Polishing cloth |
|
Crude oleic acid | 16 dl |
Vaseline | 1 dl |
Stearic acid | ½ dl |
The ingredients are melted together and scented with a small amount of methyl salicylate or cassia oil. Well flannel is dipped into the molten mass and the excess squeezed off between rolls. The cloths are packed in oiled paper. |
Polishing Paste |
|
Stearic acid | 55 dl |
Beef tallow | 2 dl |
Oleo stearine | 5 dl |
Colophonium | 9 dl |
Vaseline | 40 dl |
Japan wax | 1 dl |
Flint powder | 315 dl |
Triple powder | 93 dl |
Lithopone | 2 dl |
Recipe no. 1. | |
Carnauba wax | 30 dl |
Beeswax | 15 dl |
Ceresin wax | 15 dl |
Turpentine oil | 26 dl |
Naphtha | 24 dl |
Stearic acid | 8 dl |
Triethanolamine | 4 dl |
Water | 65 dl |
Recipe no. 2. | |
Carnauba wax | 10 dl |
Beeswax | 4 dl |
Ceresin wax | 4 dl |
Naphtha | 80 dl |
Stearic acid | 8 dl |
Triethanolamine | 4½ dl |
Water | 200 dl |
The waxes are melted together with the stearin, the triethanolamine is added and heated to 90°C. At this temperature, the naphtha is added and heated until a clear solution is obtained. The boiling water is now added to the waxhing solution while stirring well. When the emulsion is ready, stir until it has completely cooled. |
Recipe no. 3. | |
Turpentine oil | 64 dl |
Naphtha (petroleum distill.) | 240 dl |
Spindle oil (light) | 400 dl |
Acetic acid 36% | 48 dl |
Water | 800 dl |
Antimony chloride | 32 dl |
Gum arabic | 10 dl |
Tragacanth | 10 dl |
Perfume | 1 dl |
To obtain a stable emulsion, the polish is very finely divided with a colloid mill. Due to the acidic reaction, the polish must be sold in glass packaging. |
Recipe. no. 4. | |
Yellow ceresin | 3 dl |
Japan wax | 1 dl |
Beeswax | 2 dl |
Linseed oil, unboiled | 32 dl |
Turpentine oil | 8 dl |
Paraffin oil | 8 dl |
Water | 56 dl |
Potash | ¼ dl |
Hard soap | 1 dl |
Recipe. no. 5. | |
White paraffin oil | 3 l |
Benzole | 2 l |
Benzole softens the surface of lacquered furniture slightly. The rubbing then makes the surface smooth, while a thin layer of oil remains. |
Furniture shine oil |
|
Water | 10 dl |
Nut oil | 1 dl |
Paraffin oil | 1 dl |
Acetic acid | 0,1 dl |
Gum arabic | 0,1 dl |
It is best to make a gum solution 1 : 2 and add enough of this until the emulsion is stable.
By adding a small amount of glycerine, the emulsion is easier to process.
Liquid rubbing wax [1] |
|
Carnauba wax | 13,2 dl |
Oleic acid | 1,5 dl |
Triethanolamine | 2,1 dl |
Borax | 1,0 dl |
Water | 108 dl |
Shellac | 2,2 dl |
Ammonia 28% | 0,3 dl |
The wax is melted and mixed with the oleic acid. At 90℃ the triethanolamine is poured into the melt and stirred well. The solution should still be completely clear and translucent. In addition, the borax is dissolved in a little boiling water and added to the wax melt. This creates a jelly-like mass. The shellac is now dissolved in part of the water to which the ammonia has been added. About 90 dl is added to the wax jelly. boiling water and stir well to form an even emulsion. The emulsion is allowed to cool and finally the cooled shellac solution is added to the waxh emulsion. |
Ballroom floor wax |
|
Ceresine | 44 dl |
Stearic acid | 12 dl |
Paraffin | 140 dl |
Carnauba wax | 4 dl |
Oil-soluble dyes at will. |
White rubbing wax |
|
Paraffin (melting point 50-52℃) | 12 dl |
Bleached caranuba wax | 6 dl |
Bleached montan wax | 6 dl |
Bleached beeswax | 2 dl |
Turpentine oil | 50 dl |
Petroleum distillate | 24 dl |
Or with synthetic waxes: |
|
Paraffin | 22 dl |
I.G. wax OP | 6 dl |
Ozokerite | 2 dl |
Solvent | 70 dl |
The I.G. wax OP can also be replaced by rilan wax. |
Liquid rubbing wax [2] |
|
Refined montan wax | 2 dl |
I.G. wax OP | 2 dl |
Paraffin | 3 dl |
Solvent, possibly | |
a petroleum distillate | 93 dl |
better: |
|
Refined montan wax | 2 dl |
I.G. wax V | 7 dl |
Paraffin | 4 dl |
Turpentine oil | 40 dl |
Petroleum distillate | 45 dl |
Dipentene | 1 dl |
Hard rubbing wax |
|
Refined montan wax | 20 dl |
Bleached carnaubawax | |
or hard synthetic wax | 12 dl |
Refined ozokeriet | 5 dl |
Paraffin | 9 dl |
Japan wax | 4 dl |
Turpentine oil | 50 dl |
This wax remains quite hard. One rubs as much of this on the polishing cloth as is necessary. This wax is very economical in use. |
Wax oil |
|
Paraffin | 7 dl |
Beeswax | 3 dl |
Spindle oil | 30 dl |
Turpentine oil | 60 dl |
The chemical industry has also succeeded in making synthetic waxes, which are so soluble that a 35% solution at room temperature is still remains liquid.
A normal floor wax contains 27 to 30% wax mixture and 70 to 73% solvent. The solvent can very well consist of a mixture of real turpentine oil and artificial turpentine oil such as lacquer gasoline, petroleum distillate and white spirit. These last three products are all made from petroleum. They generally differ in volatility and resolution. Depending on the type of crude petroleum from which they are manufactured, they contain more or less unsaturated and cyclic hydrocarbons, which means that the dissolving power towards fats, waxes and oils can be very different. When ordering a substitute for turpentine oil, it is always best to state the purpose for which it is to be used.
The solvent also plays a very important role in liquid floor waxes. Above all, they are rather complicated mixtures of solvents, which make it possible to make a concentrated waxhing solution. It is clear that price plays a leading role in the manufacture of floor polish and furniture wax. Precisely because the manufacture is relatively simple and can be carried out with simple tools, one sees that they are often offered extremely cheaply. Only the production of a very good variety is then recommended in a small way. With the help of I.G. wax V a liquid furniture wax can be made that really meets the highest requirements.
Rilan wax | 8 dl |
Beeswax | 5 dl |
Paraffin 50°/52° C | 14 dl |
Linseed oil | 3 dl |
Solvent | 70 dl |
Bleached montan wax | 4 dl |
Paraffin 50/52 C. | 6 dl |
Hard soap | 1 dl |
Water | 68 dl |
Spirit 96% | 20 dl |
Strong ammonia | 1 dl |
The stain is colored with Kassel soil, extract thereof or with water-soluble aniline dyes. |
Stearic acid | 50 dl |
Beef fat | 20 dl |
Vienna lime | 200 dl |
Lithopone | 5 dl |
Bleached montan wax | 12 dl |
Montan wax Nova | 5 dl |
Ceresine 58°/60° C. | 6 dl |
Turpentine oil | 77 dl |
Ceres orange | 0,02 dl |
or: | |
Bleached montan wax | 8 dl |
Montan wax Nova | 3 dl |
Yellow paraffin 48°/50° C. | 19 dl |
Turpentine oil | 70 dl |
Ceres orange | 0,02 dl |
I.G.-wax O | 1 dl |
I.G.-wax B.J. | 1 dl |
Beeswax | 4 dl |
Ozokerite melting point 74°/76°C | 2 dl |
Paraffin | 4 dl |
White spirit | 80 dl |
Ammonia s.g. 0,91 | 8 dl |
The waxes are gently melted together and then diluted with the solvent. The solution is allowed to cool and when it is just completely translucent, the ammonia is added, just as much as is necessary to keep the wax sufficiently fluid. Instead of this 15 pct ammonia one can also take a 9 pct caustic soda. |
Rilan wax | 4 dl |
Paraffin | 7 dl |
Paint gasoline | 89 dl |
Dust-binding oil |
|
Light lubricating oil | 24 dl |
Corn germ oil | 8 dl |
Clove oil | |
Sawdust is often soaked with such an oil, the sawdust is sprinkled on the dirty floor and then the floor is swept clean. With this method of sweeping, the litter is almost completely removed and not chased up. You can also moisten cloths with this oil. |
Chalk white | 20 dl |
Tripel | 5 dl |
Soap powder | 2 dl |
The powder is stirred into a thin slurry with water before use. |
|
or: | |
Chalk white | 20 dl |
Tripel | 5 dl |
Stir with spirit before use. |
Tylose SL 25 | 20 dl |
Boiling water | 300 dl |
Soapwood | 20 dl |
Water | 409 dl |
Silty chalk white | 200 dl |
English red | 50 dl |
Salicylic acid | 1 dl |
The tylose is poured over with the boiling water and the mixture is allowed to stand overnight. The soapwood is boiled with the water and filtered. Finally, all ingredients are mixed. |
Recipe no. 1. | |
Ammonium linoleate | 20 dl |
Orthodichlorobenzene | 100 dl |
Water | 200 dl |
Infusion soil | 60 dl |
The ammonium linoleate is left in the water overnight and dissolved by heating the next day. The chlorobenzene is then emulsified in this solution while stirring well and then mixed with the infusion earth. |
Recipe no. 2. | |
Precipitated chalk | 50 dl |
Kieselguhr | 20 dl |
White bolus | 30 dl |
Make a thin paste with water. |
Recipe no. 3 | |
Precipitated chalk | 54 dl | Quartz powder (fine) | 18 dl |
Starch | 15 dl |
Cream of tartar powder | 11 dl |
Magnesia | 10 dl |
Infusion soil | 2 dl |
Mix with water or petrol to a thin paste before use. |
Carnauba wax | 11 dl |
Turpentine oil | 16 dl |
Stearic acid | 3 dl |
Triethanolamine | 1 dl |
Nigrosine (oil soluble) | 2 dl |
Water | 66 dl |
Nigrosine (water soluble) | 1 dl |
The water-soluble nigrosine is dissolved in the water, then the triethanolamine and stearic acid are added. An even soap solution is made by boiling. In addition, the carnauba wax is melted and diluted with the turpentine oil, then the oil-soluble nigrosine is dissolved in it. Both solutions are used up to 85-90℃ heated and now the waxhing solution is added to the soap solution while stirring well. The emulsion is stirred slowly until completely cold. |
Beef tallow | 70 dl |
Vaseline | 3,5 dl |
Diglycol stearate | 13 dl |
Beeswax | 9 dl |
Rosin | 2 dl |
Water | 2 dl |
Carnauba wax | 18 dl |
Candelilla wax | 2 dl |
Japan wax | 10 dl |
Paraffin | 2 dl |
Turpentine oil | 20 dl |
Paraffin | 15 dl |
Hard wax | 12 dl |
Soft ozokerite | 3 dl |
Turpentine oil | 40 dl |
Petroleum destillate | 30 dl |
Benzolee softens the surface of lacquered furniture slightly. The rubbing then makes the surface smooth, while a thin layer of oil remains. |
Beef fat | 25 dl |
Caput mortuum | 75 dl |
The fat is melted and hot mixed with the fine iron oxide. The paste is finely ground on a paint grinder. If you want to fill the paste in tubes, you should use a less hard binder, for example: |
|
Vaseline | 82 dl |
Polish red | 18 dl |