Composite oil paint

FIELD: chemistry.

SUBSTANCE: invention is used in shipbuilding, construction works in shafts, for repair works on metallurgical factories, for painting concrete and plastered structures, for painting metal structures, wooden structures and slate roofing. The paint contains components in the following ratio in wt %: film-forming agent 50-90, titanium dioxide and/or chalk 0.1-32.0, cement and/or cement dust 0.1-30.0, siccative 0.5-5.0, microtalc and/or micromica or sand and/or lime or lime milk and/or flue ash and/or microcalcium and/or sulphanol and/or iron oxide - the rest. The film-forming agent contains components in the following ratio in wt %: pentaphthalate and/or glyphtal lacquer or mixture thereof with nitrocellulose and/or perchlorovinyl and/or ethylcellulose and/or coal-tar varnish 1-55.0, drying oil or masut or bitumen 1-45.0, bustilat and/or liquid glass 1-10.0, water and/or nefras and/or solvent and/or benzine and/or solvents 647, 646, 650, 651 3-20.0, sulphanol or butyldiglycol - the rest.

EFFECT: paint film has good adhesion to surfaces, coating does not crack during bending and sharp change in temperature, paint film has high resistance to water, acid, alkali, benzene, the paint can be applied on a rusty, oily or wet surface, does not form a dried up film during storage and is environmentally safe.

3 cl, 4 tbl, 70 ex

 

The invention relates to chemical technology of paint and varnish production, in particular to the composition of the paints used in shipbuilding, construction work in the mines at a depth of 800 meters or more; repairs to steel mills; for colouring concrete and plastered facades of buildings and constructions; for painting of metal structures; for painting metal towers of transmission lines (PTL); for painting of wooden fences and structures"; color slate roof.

Currently known glyptal primer GF-021, which is a suspension of pigments and fillers in glyptal lacquer or alkyd varnish, respectively, with the addition of the desiccant, the solvent and stabilizing additives and used for priming metal and wooden surfaces for coating various enamels (State standard GOST 23129-82*), GF-0119, made on the basis of alkyd varnish, anti-rust pigments and fillers with the addition of organic solvent, drying agent and stabilizing substances (State standard GOST 23343); pentaftalevyh enamel PF-218, which is a suspension of pigments, fillers and flame retardants in pentaftalevyh lacquer with the addition of organic solvents (State standard GOST 21227-93), PF-115 is a suspension of dooky and titanium rutile forms and other pigments and fillers in pentaftalevyh the varnish with the addition of drying agent and solvent (State standard GOST 6465-76), PF-266 is a suspension of pigments in a mixture of alkyd varnish with the addition of drying agent and solvent (Technical conditions TU 6-10-222), and PF-1145 is a suspension of pigments and fillers in pentaftalevyh the varnish with the addition of organic solvents (Technical conditions TU 6-10-1418); paint latex VD-HT-183 (based on aqueous dispersions of synthetic polymers) and VD-AK-111 (based on acrylate copolymer dispersion) (State standard GOST 28196-89) domestic manufacturers and foreign manufacturers: "Caparol", "Dufa" (Germany) and Tikkurila (Finland), etc.

The disadvantages of these paints is a long drying period and low hardness of the films.

The problem to which the proposed invention is directed, is to create a kind of oil paint composition, which would exclude the disadvantages indicated above.

Technical result achieved in the implementation of this invention is to improve long-term durability of the coating and quality:

1. increased adhesion of the paint film to the surface (penetration of the paint at the molecular level in the substrate): black metal (colored metal), as well as in concrete, wood, slate and plastered surface;

2. the coating does not crack when bending and sudden temperature change, as the paint film remains elastic for several years;

3. put paint can withstand high temperatures without fracture (up to 350C);

4. paint allows the color of hot surfaces (up to 150C);

5. the paint film has high resistance to water, acid, alkali, gasoline, oil, etc.;

6. paint can be applied on rusty, not fat free, as well as on oily and wet surfaces;

7. paint is recommended as a dielectric, i.e. has a resistance DC (D) and low capacitance (nF);

8. on the surface of the paint during storage does not occur thick dried film;

9. possible painting in sub-zero temperatures of the atmosphere.

10. the paint dries quickly: a second coat can be applied after 4-8 hours, and drying "to touch" (3rd degree) takes about 3 hours (at ambient temperature over 20C, to dry "to touch" it takes about 1 hour);

11. the paint is environmentally friendly because it is made on the basis of the film PI 1-7 and natural mineral fillers;

12. the paint can be released either from "velvety" matte to glossy.

This technical result is achieved in the oil paint composition containing components when following their ratio, wt.%:

film-forming 5090;

titanium dioxide and/or chalk - 0,132,0;

cement and/or cement dust - 0,130,0;

desiccant - 0,55,0;

the micro-talc, is/or microslide or sand, and/or lime or milk of lime and/or fly ash, and/or microcalli, and/or sulfinol, and/or iron oxide - else

this contains a film-forming components in the following ratio, wt.%:

pentaftalevyh, and/or glyptal varnish, or a mixture of its (their) with nitrocellulose and/or perchlorovinyl, and/or ethylcellulose, and/or varnish coal - 155,0;

linseed oil, or heavy oil, or bitumen - 145, 0mm;

Bustilat and/or liquid glass - 110,0;

water, and/or nefras, and/or solvent, and/or gasoline, and/or solvents 647, 646, 650, 651 - 320,0;

sultanol or Butyldiglycol - rest.

Additionally contains a pigment and/or pigment paste - 0,120 wt.%.

Additionally contains a solution of soap with the addition of copper or glue rubber, epoxy or varnish, or lacquer melamine 0.114 wt.%.

First time on the market of oil PI-7 composite paint appeared in the 2000-2001 year, Stary Oskol, Belgorod region, as evidenced by the documents: THE 2317-001-22239196-00, Catalonia products list registered No. 041/002105 from 22.03.2000, hygienic certificate and test reports (No. 270 from 18.02.2000,, 20.10.2000, No. 344 dated 16.10.2000, etc). Currently, oil paint PI 1-7 composite is, in Ryazan, in, Balashikha, Moscow region.

Paint PI 1-7 composite environmentally friendly.

Products in the production process is DSTV undergoes strict quality control at all stages of production, starting from incoming raw materials inspection and testing of the paint and beyond the standard, with the subsequent issuance of the passport of the finished products.

Paint series PI 1-7 composition is an oil composition of the paint. The total of all ink - applied materials: film-forming PI 1-7, production line "UNIKOM Si-400", mineral fillers and functional additives.

The composition of the paint film-forming suspension PI 1-7 with a pigment, filler, flame retardant and functional additives, namely (wt.%): film-forming PI 1-7 - 5090 + titanium dioxide, and/or chalk - 0,132 + cement and/or cement dust - 0,130% + desiccant - 0,55 + functional additives (micro-talc, and/or microslide or sand, and/or lime or milk of lime and/or fly ash, and/or microcalli, and/or sulfinol, and/or iron oxide) - else.

In the manufacturing process of paint can add liquid supplements that are functional, ie: paint, chemicals, solvents.

Film-forming PI 1-7 contains components when following their ratio, wt.%:

pentaftalevyh, and/or glyptal varnish, or a mixture of its(their) with nitrocellulose, and/or perchlorovinyl, and/or ethylcellulose, and/or varnish coal - 155;

linseed oil, or heavy oil, or bitumen - 451;

Bustilat and/or liquid glass - 110;

water, and/or nefras, and/or Solvay is t, and/or gas, and/or solvents 647, 646, 650, 651 - 320;

functional additives: sultanol or Butyldiglycol - rest.

13. A special application of oil paint PI 1-7 composition shown in table 1.

Table 1
What you can paintPros paints PI 1-7
Utilities: heating, steam pipes and pipelines, etc.You can paint the surface under temperature up to 150about(Not cooling).
Metal structures in aggressive environmentResistance to acid, alkali, water, gasoline and oil.
Exterior surfaces of appliances, equipment and machinery (ships)The devices may become hot during operation is not more than 150 (250) degrees, and in some cases even up to 350aboutS.
The professional color sheetCan be painted to profiling and after: a thorough degreasing is not required.
Paint-primer on the metal under the coating of various enamelsCaptivity is as resistant to nitropaints (lacquers, colors brand: SC, EP, AK, XB, JR, KO, HT, BT, CF, etc. and can serve as the basis of multilayer coatings (replaces GF-021).
Ship paintCan be produced immediately with sand filler to obtain a rough surface. Resistant to salts, acids, alkalis, petroleum products (similar to enamel PF-1145).

Note: paint series PI 1-7 composition applied to the surface by spraying, dipping, roller and brush.

Paint PI 1-7 composite are also used for external works (see table 2).

Table 2
What you can paintPros paint PI-7
The facades of the buildings (plaster, concrete)The coating prevents damage to the protective layer surface and is 2-3 times longer (compared to water-dispersion paints).
Roofing or corrugated slateImproves quality characteristics and the environment.
Metal fencingCan be painted without priming, right over the rust.
Der the wooden fences It is not necessary to specifically primed. The first layer of paint is ground, the second layer provides a protective coating.
BrickTo order the paint can be produced as "colored putty". Once applied, the colour is not required.

And paint PI 1-7 composite used for internal works (see table 3).

Table 3
What you can paintPros paints PI 1-7
Wooden floors, doors, WindowsThe floor longer.
Plaster and concrete walls, floors, ceilingsIt is not necessary to specifically primed. The first layer of paint is ground, the second layer provides a protective coating.
The wall-paper, plywood, drywall, etc.Does not smudge and stain from the varnish around the edges, as conventional oil paint.
Metal radiators and pipesCan not be cleaned from rust and not grease. Pets coloring directly on hot surfaces (up to 150aboutC).
The paint has a high adhesion even to the "dip"can be used on rusted galvanized coatings without Stripping.

However, in tables 1-3 are indicated, not all applications of paint.

In Table 4 illustrate the comparative figures with analogues.

Table 4
Name of indicatorComparative figures
PI 1-7GF-021PF-115PF-218PF-266
Color filmWithin samples - standards
The viscosity of no more12020-15025-15020-15070
Opacity for no more g/m2139,8140240240110
The content of non-volatiles, %2-72 45444459-65
The hardness of the film, cu0,14-0,40,250,250,250,35
The degree of milling, microns, no more than20-404010-2510-3550
Drying the film to the 3rd degree, no more than an hour.2424242424
Adhesion1111-2
(at t=200C)1--0-0-
The brilliance of the film, cu0-63-60--
Resistance to impact:
- water more hours24-2--
- 3%NaCl solution more hours48----
- oil machine more hours48----
Bending coverage points11---
(at t=200C)1----

Paint PI 1-7 composite, the strength of the coating more than 4 kg/mcm - abrasion coating to the substrate has not occurred;

- paint PI 1-7 composite test, the rusts and the second metal plate has withstood more than 3000 hours in sea water.

Note: table 4 reports compiled by:

testing center "CONTEST" CJSC "Crown-Lac;

testing center "Belgiam-service";

test center Poland GDANSK UNIVERSITY of TECHNOLOGYS.

The surface before applying you need to prepare: it must be dry, pre-cleaned from grease, dirt and peeling paint chips.

Usually, a thorough cleaning and degreasing is required. However, extremes are also invalid.

The paint before applying diluted with solvent to the desired viscosity: gasoline-solvent, solvent, turpentine, water, etc. is Applied by roller, brush, dipping, spray gun evenly one or two layers.

The drying time of the paint depends on the temperature and humidity of the ambient air and the technology used for application.

For example, at a temperature of 24 degrees outdoors in Sunny weather, a layer of paint applied by spray drying for 10 to 20 minutes (up to state 3).

At a temperature of 18 degrees in high humidity areas, the layer of paint applied by brush, dries in 1-2 hours (until condition 3).

Complete drying of the paint occurs within 24 hours after the application.

When this paint is gaining strength for some time (1-4 weeks). This specificity properties allows the paint is very long (more than 5-1 years) to retain the protective properties (slow aging).

When developing paints objective was to obtain maximum long-term cover, so the paint hardens from the base substrate to the surface.

With increasing drying temperature increases adhesion to black metal and increases the strength of the film. For example, while heating the substrate up to 50-60 degrees drying the thin layer is 20-30 minutes, but the full strength of the coating acquires a few hours. For these few hours the reaction with the metal film-forming on it, with rust, which allows you to get unique adhesion layer of paint to the metal.

In addition, the paint is made alkaline-based, unlike other colors.

By order of the properties of the ink may vary within wide limits.

Paint oil PI-7 composite is applied (compatible) on the surface (or applied paint previously painted NC - nitrocellulose, EP - epoxy and epoxy-ether, AK - poly (acrylic, XB - perchlorovinyl, ML - melamine, CO - silicone, HT - rubber, BT - bituminous, KF - rosin, GF - glyptal, PF - pentaftalevye etc.

Basic components of oil paint PI 1-7 composite consists of a film-forming PI 1-7 composition, and 3, and more components: titanium dioxide and/or chalk, cement and/or cement kiln dust; desiccant; functional is s additives, i.e. micro-talc, and/or microslide or sand, and/or lime or milk of lime and/or fly ash, and/or microcalli, and/or sulfinol, and/or iron oxide.

In the manufacturing process of the ink is allowed to add a liquid Supplement that relate to functional ie: paint, chemicals, solvents.

However, it is not desirable in the paint to enter the chalk, if Ph=8 and more.

Further, the invention is illustrated by examples of the paint composition of the oil composition.

Example 1.

The paint composition of the oil composition, wt.%:

Film-forming - 50

consisting, in particular, of:

the mixture pentaftalevyh lacquer brand 283 and glyptal varnish 166 brand with nitrocellulose lacquer brand 218, perchlorovinyl lacquer brand XB-784, ethylcellulose lacquer brand EC-959 and varnish coal grade a - 30;

drying oils "oksol" - 27;

butylate and liquid sodium glass - 10;

water and nefras brand C2 80/120, and solvent oil, and gasoline, and solvents 647, 646, 650, 651 - 20;

sultanol brand NP-1 - rest;

titanium dioxide and chalk - 10;

cement and cement dust - 5;

desiccant brand NF-1 - 3;

the micro-talc brand MT-K, and microslide brand SMSP, and lime, and fly ash, and microcalli, and sulfinol brand NP-1, and iron oxide - rest.

Example 2.

The paint composition of the oil composition, wt.%:

Film-forming - 70

the mixture pentaftalevyh lacquer brand 170 and glyptal varnish brands 177 with nitrocellulose lacquer brand 222, perchlorovinyl lacquer brand XB-784, ethylcellulose lacquer brand EC-F and varnish coal grade B - 10;

the natural drying oil - 15;

butylate and liquid potassium glass - 1;

water and nefras brand C2 80/120, and solvent oil, and gasoline, and solvents 647, 646, 650, 651 - 2;

Butyldiglycol - rest;

titanium dioxide and chalk - 5;

cement and cement dust - 5;

desiccant brand NF-1 - 3;

the micro-talc brand MT and microslide brand SMSP, and lime, and fly ash, and microcalli, and sulfinol brand NP-1, and iron oxide - rest.

Example 3.

The paint composition of the oil composition, wt.%:

Film-forming - 60,

consisting, in particular, of:

the mixture pentaftalevyh lacquer brand 170 and glyptal varnish brands 177 with nitrocellulose lacquer brand 222, perchlorovinyl lacquer brand XB-784, ethylcellulose lacquer brand EC-F and varnish coal grade B - 20;

drying oils "oksol" - 40;

butylate and liquid potassium glass - 7;

water and nefras brand C2 80/120, and solvent oil, and gasoline, and solvents 647, 646, 650, 651 - 10;

Butyldiglycol - rest;

titanium dioxide and chalk - 10;

cement and cement dust - 5;

desiccant brand NF-1 - 3;

sand, and lime, and fly ash, and microcalli, and su is ethanol brand NP-1, and iron oxide - rest.

Example 4.

The paint composition of the oil composition, wt.%:

Film-forming - 90,

consisting, in particular, of:

the mixture pentaftalevyh lacquer brand 283 and glyptal varnish 166 brand with nitrocellulose lacquer brand 218, perchlorovinyl lacquer brand XB-784, ethylcellulose lacquer brand EC-959 and varnish coal brand Kubassek - 30;

oil - 30;

butylate and liquid sodium glass - 10;

water, and nefras brand C4 150/200, and solvent oil, and gasoline, and solvents 647, 646, 650, 651 - 20;

sultanol brand NP-3 - rest;

titanium dioxide and chalk - 1;

cement and cement dust - 1;

desiccant brand LCD 1 - 1;

the micro-talc brand MT-EHS, and microslide brand 20-80 MS, and the milk of lime, and fly ash, and microcalli, and sulfinol brand NP-3, and iron oxide - rest.

Example 5.

The paint composition of the oil composition, wt.%:

Film-forming - 50,

consisting, in particular, of:

pentaftalevyh lacquer brand 231 with nitrocellulose lacquer brand 218, perchlorovinyl lacquer brand XB-784, ethylcellulose lacquer brand EC-550 and varnish coal grade a - 30;

varnish ciftligi - 27;

butylate and liquid sodium glass - 10;

water, and nefras brand C2 80/120, and solvent oil, and gasoline, and solvents 647, 646, 650, 651 - 20;

sultanol brand NP-1 - rest;

dioxide t the Tana and Mel - 10;

cement and cement dust - 5;

desiccant brand NF-1 - 3;

the micro-talc brand MT-K, and microslide brand SMSP, and lime, and fly ash, and microcalli, and sulfinol brand NP-1, and iron oxide - rest.

Example 6.

The paint composition of the oil composition, wt.%:

Film-forming - 55,

consisting, in particular, of:

pentaftalevyh lacquer brand 170 with nitrocellulose lacquer brand 218, perchlorovinyl lacquer brand XB-784, ethylcellulose lacquer brand EC-959 and varnish coal grade a - 30;

bitumen - 10;

butylate and liquid sodium glass - 5;

water, and nefras brand C2 80/120, and solvent oil, and gasoline, and solvents 647, 646, 650, 651 - 20;

sultanol brand NP-3 - rest;

titanium dioxide and chalk - 10;

cement and cement dust - 5;

desiccant brand NF-1 - 3;

sand, and lime, and fly ash, and microcalli, and sulfinol brand NP-1, and iron oxide - rest.

Example 7.

The paint composition of the oil composition, wt.%:

Film-forming - 55,

consisting, in particular, of:

glyptal varnish 166 brand with nitrocellulose lacquer brand 243, perchlorovinyl lacquer brand XB-784, ethylcellulose lacquer brand EC-959 and varnish coal grade B - 30;

bitumen - 10;

butylate and liquid sodium glass - 5;

water, and nefras brand C2 80/120, and solvent oil, and gasoline, and solvents 647, 646, 50, 651 - 20;

sultanol brand NP-1 - else.

titanium dioxide and chalk - 10;

cement and cement dust - 5;

desiccant brand NF-1 - 3;

sand, and lime, and fly ash, and microcalli, and sulfinol brand NP-1, and iron oxide - rest.

Example 8.

The paint composition of the oil composition, wt.%:

Film-forming - 55,

consisting, in particular, of:

glyptal varnish 166 brand with nitrocellulose lacquer brand 233, perchlorovinyl lacquer brand XB-784, ethylcellulose lacquer brand EC-959 and varnish coal grade a - 30;

oil - 10;

butylate and liquid potassium glass - 5;

water and nefras brand C2 80/120 and solvent oil and gasoline and solvents 647, 646, 650, 651 - 20;

sultanol brand NP-1 - rest;

titanium dioxide - 10;

cement - 5;

desiccant brand NF-1 - 3;

sand, and the milk of lime, and fly ash, and microcalli, and sulfinol brand NP-1, and iron oxide - rest.

Example 9.

The paint composition of the oil composition, wt.%:

Film-forming - 83,

consisting, in particular, of:

glyptal varnish 166 brand with nitrocellulose lacquer brand 233, perchlorovinyl lacquer brand XB-784, ethylcellulose lacquer brand EC-959 and varnish coal grade a - 30;

drying oils "oksol" - 45;

liquid potassium glass - 7;

water, and nefras brand C2 80/120, and solvent oil, and gasoline, and the solvent is th 647, 646, 650, 651 - 20;

sultanol brand NP-1 - rest;

titanium dioxide and chalk - 3;

cement - 5;

desiccant brand NF-1 - 3;

sand, and the milk of lime, and fly ash, and microcalli, and sulfinol brand NP-1, and iron oxide - rest.

Example 10.

The paint composition of the oil composition, wt.%:

Film-forming - 70,

consisting, in particular, of:

glyptal varnish 166 brand with nitrocellulose lacquer brand 233, perchlorovinyl lacquer brand XB-784, ethylcellulose lacquer brand EC-959 and varnish coal grade a - 30;

drying oils "oksol" - 45;

liquid potassium glass - 7;

water, and nefras brand C2 80/120, and solvent oil, and gasoline, and solvents 647, 646, 650, 651 - 20;

sultanol brand NP-1 - rest;

titanium dioxide and chalk - 3;

cement - 5;

desiccant brand NF-1 - 3;

the micro-talc brand MT-K, and microslide brand SMSP, and lime and fly ash, and microcalli, and sulfinol brand NP-1, and iron oxide - rest.

Example 11.

The paint composition of the oil composition, wt.%:

Film-forming - 70,

consisting, in particular, of:

glyptal varnish 166 brand with nitrocellulose lacquer brand 233, ethylcellulose lacquer brand EC-959 and varnish coal grade a - 30;

oil - 45;

liquid sodium glass - 7;

water and gasoline, and solvents 647, 646, 650, 651 - 20;

sultanol brand NP-1 - rest;

titanium dioxide and chalk - 3;

cement - 5;

desiccant brand NF-1 - 3;

the micro-talc brand MT-K, and microslide brand SMSP, and lime, and fly ash, and microcalli, and iron oxide - rest.

Example 12.

The paint composition of the oil composition, wt.%:

Film-forming - 50,

consisting, in particular, of:

pentaftalevyh lacquer brand 283 with ethylcellulose lacquer brand EC-959 and varnish coal grade a - 30;

drying oils "oksol" - 27;

butylate and liquid sodium glass - 10;

water and solvents 647, 646, 650, 651 - 20;

Butyldiglycol - rest;

titanium dioxide and chalk - 10;

cement and cement dust - 5;

desiccant brand NF-1 - 3;

the micro-talc brand MT-K, and microslide brand SMSP, and lime, and fly ash, and microcalli, and sulfinol brand NP-1, and iron oxide - rest.

Example 13.

The paint composition of the oil composition, wt.%:

Film-forming - 70,

consisting, in particular, of:

glyptal varnish brands 177 with nitrocellulose lacquer brand 222 and varnish coal grade B - 10;

oil - 15;

butylate - 1;

gasoline and solvents 647, 646, 650, 651 - 2;

Butyldiglycol - rest;

Mel - 5;

cement - 5;

desiccant brand NF-1 - 3;

sand, and lime, and fly ash, and microcalli, and iron oxide - rest.

Example 14.

The paint composition of the oil composition, wt.%:

Plancor the ith - 60,

consisting, in particular, of:

the mixture pentaftalevyh lacquer brand 170 and glyptal varnish brands 177 with nitrocellulose lacquer brand 222, perchlorovinyl lacquer brand XB-784, ethylcellulose lacquer brand EC-F and varnish coal grade B - 20;

bitumen - 40;

butylate and liquid potassium glass - 7;

water and gasoline, and solvents 647, 646, 650, 651 - 10;

Butyldiglycol - rest

titanium dioxide - 10;

cement dust - 5;

desiccant brand NF-1 - 3;

sand, and lime, and fly ash, and iron oxide - rest.

Example 15.

The paint composition of the oil composition, wt.%:

Film-forming - 50,

consisting, in particular, of:

glyptal varnish 166 brand with nitrocellulose lacquer brand 218 and perchlorovinyl lacquer brand XB-784 - 30;

drying oils "oksol" - 27;

butylate and liquid sodium glass - 10;

nefras brand C2 80/120, and gasoline, and solvents 647, 646, 650, 651 - 20;

sultanol brand NP-1 - rest;

titanium dioxide - 10;

cement and cement dust - 5;

desiccant brand NF-1 - 3;

the micro-talc brand MT-K, and microslide brand SMSP, and lime, and fly ash, and microcalli, and sulfinol brand NP-1, and iron oxide - rest.

Example 16.

The paint composition of the oil composition, wt.%:

Film-forming - 70,

consisting, in particular, of:

the mixture pentaftalevyh lacquer brand 170 and glyptal is aka mark 177 with nitrocellulose lacquer brand 222 - 10;

the natural drying oil - 15;

butylate and liquid potassium glass - 1;

water and solvents 647, 646, 650, 651 - 2;

Butyldiglycol - rest;

titanium dioxide and chalk - 5;

cement and cement dust - 5;

desiccant brand NF-1 - 3;

the micro-talc brand MT-K, and microslide brand SMSP, and lime, and fly ash, and iron oxide - rest.

Example 17.

The paint composition of the oil composition, wt.%:

Film-forming - 60,

consisting, in particular, of:

the mixture pentaftalevyh lacquer brand 170 and glyptal varnish brands 177 with perchlorovinyl lacquer brand XB-784 and ethylcellulose lacquer brand EC-F - 20;

bitumen - 40;

butylate and liquid potassium glass - 7;

water, and nefras brand C2 80/120, and solvent oil, and gasoline, and solvents 647, 646, 650, 651 - 10;

Butyldiglycol - rest;

titanium dioxide and chalk - 10;

cement - 5;

desiccant brand NF-1 - 3;

sand, and lime, and fly ash, and iron oxide - rest.

Example 18.

The paint composition of the oil composition, wt.%:

Film-forming - 90,

consisting, in particular, of:

pentaftalevyh lacquer brand 283 with varnish coal brand Kubassek - 30;

oil - 30;

butylate and liquid sodium glass - 10;

water and solvent oil, and gasoline, and solvents 647, 646, 650, 651 - 20;

sultanol brand NP-3 - rest;

Mel - 1;

cement and C is the elemental dust - 1;

desiccant brand LCD 1 - 1;

the micro-talc brand MT-EHS, and microslide brand 20-80 MS, and the milk of lime, and fly ash, and microcalli, and sulfinol brand NP-3, and iron oxide - rest.

Example 19.

The paint composition of the oil composition, wt.%:

Film-forming - 50,

consisting, in particular, of:

pentaftalevyh lacquer brand 231 with ethylcellulose lacquer brand EC-550 and varnish coal grade a - 30;

varnish ciftligi - 27;

liquid sodium glass - 10;

gasoline and solvents 647, 646, 650, 651 - 20;

sultanol brand NP-1 - rest;

titanium dioxide - 10;

cement dust - 5;

desiccant brand NF-1 - 3;

the micro-talc brand MT-K, and microslide brand SMSP, and lime, and fly ash, and microcalli, and sulfinol brand NP-1, and iron oxide - rest.

Example 20.

The paint composition of the oil composition, wt.%:

Film-forming - 50,

consisting, in particular, of:

glyptal varnish 166 brand with perchlorovinyl lacquer brand XB-784 and varnish coal grade a-40;

oil - 30;

butylate - 10;

water and gasoline - 3;

sultanol brand NP-1 - rest;

titanium dioxide and chalk - 10;

cement - 5;

desiccant brand NF-1 - 3;

sand, and lime, and fly ash, and microcalli, and sulfinol brand NP-1, and iron oxide - rest.

Example 21.

The paint composition of the oil composition, wt.%:

p> Film-forming - 70,

consisting, in particular, of:

the mixture pentaftalevyh lacquer brand 170 and glyptal varnish 177 brand of nail Polish coal grade B - 10;

bitumen - 15;

butylate - 1;

the solvent oil, and gasoline, and solvents 647, 646, 650, 651 - 2;

Butyldiglycol - rest;

titanium dioxide - 5;

cement - 5;

desiccant brand NF-1 - 3;

the micro-talc brand MT-K, and microslide brand SMSP, and lime, and iron oxide - rest.

Example 22.

The paint composition of the oil composition, wt.%:

Film-forming - 60,

consisting, in particular, of:

glyptal varnish brands 177 with nitrocellulose lacquer brand 222, perchlorovinyl lacquer brand XB-784 and ethylcellulose lacquer brand EC-F - 20;

drying oils "oksol" - 40;

butylate and liquid potassium glass - 7;

solvents 647, 646, 650, 651 - 10;

Butyldiglycol - rest;

Mel - 10;

cement and cement dust - 5;

desiccant brand NF-1 - 3;

sand, and lime, and fly ash, and iron oxide - rest.

Example 23.

The paint composition of the oil composition, wt.%:

Film-forming - 90,

consisting, in particular, of:

glyptal varnish 166 brand with perchlorovinyl lacquer brand XB-784 and ethylcellulose lacquer brand EC-959 - 30;

oil - 30;

liquid sodium glass - 10;

nefras brand C4 150/200 and solvents 647, 646, 650, 651 - 20;

sultanol mA the key NP-3 - else;

titanium dioxide and chalk - 1;

cement - 1;

desiccant brand LCD 1 - 1;

the micro-talc brand MT-EHS, and microslide brand 20-80 MS, and fly ash, and sulfinol brand NP-3, and iron oxide - rest.

Example 24.

The paint composition of the oil composition, wt.%:

Film-forming - 50,

consisting, in particular, of:

pentaftalevyh lacquer brand 231 with ethylcellulose lacquer brand EC-550 - 30;

varnish ciftligi - 27;

liquid sodium glass - 10;

the solvent oil and gasoline - 20;

sultanol brand NP-1 - rest;

Mel - 10;

cement and cement dust - 5;

desiccant brand NF-1 - 3;

sand, and sulfinol brand NP-1, and iron oxide - rest.

Example 25.

The paint composition of the oil composition, wt.%:

Film-forming - 50,

consisting, in particular, of:

the mixture pentaftalevyh lacquer brand 283 and glyptal varnish 166 brand with nitrocellulose lacquer brand 218 - 30;

oil - 27;

butylate - 10;

water and solvent oil and solvents 647, 646, 650, 651 - 20;

sultanol brand NP-1 - rest;

titanium dioxide - 10;

cement - 5;

desiccant brand NF-1 - 3;

the micro-talc brand MT-To - rest.

Example 26.

The paint composition of the oil composition, wt.%:

Film-forming - 70,

consisting, in particular, of:

glyptal varnish brands 177 with perchlorovinyl lacquer brand XB-784, Telcell the Loozen lacquer brand EC-F and varnish coal grade B - 10;

the natural drying oil - 15;

liquid potassium glass - 1;

gasoline - 2;

Butyldiglycol - rest;

titanium dioxide - 5;

cement and cement dust - 5;

desiccant brand NF-1 - 3;

lime and fly ash - else.

Example 27.

The paint composition of the oil composition, wt.%:

Film-forming - 60,

consisting, in particular, of:

glyptal varnish 177 brand of nail Polish coal grade B - 20;

drying oils "oksol" - 40;

butylate - 7;

the solvent oil and gasoline - 10;

Butyldiglycol - rest;

Mel - 10;

cement and cement dust - 5;

desiccant brand NF-1 - 3;

sand and lime and microcalli and sulfinol brand NP-1 and the iron oxide - rest.

Example 28.

The paint composition of the oil composition, wt.%:

Film-forming - 90,

consisting, in particular, of:

pentaftalevyh lacquer brand 283 with nitrocellulose lacquer brand 218, perchlorovinyl lacquer brand XB-784 and varnish coal brand Kubassek - 30;

bitumen - 30;

butylate and liquid sodium glass - 10;

water - 20;

sultanol brand NP-3 - rest;

titanium dioxide - 1;

cement and cement dust - 1;

desiccant brand LCD 1 - 1;

the fly ash and sulfinol brand NP-3 and iron oxide - rest.

Example 29.

The paint composition of the oil composition, wt.%:

Film-forming - 50,

consisting frequent in the spine, from:

pentaftalevyh lacquer brand 231 with perchlorovinyl lacquer brand XB-784 and ethylcellulose lacquer brand EC-550 - 30;

varnish ciftligi - 27;

butylate and liquid sodium glass - 10;

nefras brand C2 80/120, and solvent oil, and gasoline, and solvents 647, 646, 650, 651 - 20;

sultanol brand NP-1 - rest;

Mel - 10;

cement and cement dust - 5;

desiccant brand NF-1 - 3;

sand and lime and iron oxide - rest.

Example 30.

The paint composition of the oil composition, wt.%:

Film-forming - 50,

consisting, in particular, of:

the mixture pentaftalevyh lacquer brand 283 and glyptal varnish 166 brand with nitrocellulose lacquer brand 218, perchlorovinyl lacquer brand XB-784, ethylcellulose lacquer brand EC-959 and varnish coal grade a - 30;

drying oils "oksol" - 27;

butylate and liquid sodium glass - 10;

water, and nefras brand C2 80/120, and solvent oil, and gasoline, and solvents 647, 646, 650, 651 - 20;

sultanol brand NP-1 - rest;

titanium dioxide and chalk - 10;

cement and cement dust - 5;

desiccant brand NF-1 - 3;

red pigment paste MICROSOL - 1;

the micro-talc brand MT-K, and microslide brand SMSP, and lime, and fly ash, and microcalli, and sulfinol brand NP-1, and iron oxide - rest.

Example 31.

The paint composition of the oil composition, wt.%:

Film-forming - 70,

consisting, in particular, of:

the mixture pentaftalevyh lacquer brand 170 and glyptal varnish brands 177 with nitrocellulose lacquer brand 222, perchlorovinyl lacquer brand XB-784, ethylcellulose lacquer brand EC-F and varnish coal grade B - 10;

the natural drying oil - 15;

butylate and liquid potassium glass - 1;

water, and nefras brand C2 80/120, and solvent oil, and gasoline, and solvents 647, 646, 650, 651 - 2;

Butyldiglycol - rest;

titanium dioxide and chalk - 5;

cement and cement dust - 5;

desiccant brand NF-1 - 3;

of lithopone - 3;

the micro-talc brand MT-K, and microslide brand SMSP, and lime, and fly ash, and microcalli, and sulfinol brand NP-1, and iron oxide - rest.

Example 32.

The paint composition of the oil composition, wt.%:

Film-forming - 60,

consisting, in particular, of:

the mixture pentaftalevyh lacquer brand 170 and glyptal varnish brands 177 with nitrocellulose lacquer brand 222, perchlorovinyl lacquer brand XB-784, ethylcellulose lacquer brand EC-F and varnish coal grade B - 20;

drying oils "oksol" - 40;

butylate and liquid potassium glass - 7;

water, and nefras brand C2 80/120, and solvent oil, and gasoline, and solvents 647, 646, 650, 651 - 10;

Butyldiglycol - rest;

titanium dioxide and chalk - 10;

cement and cement dust - 5;

desiccant brand NF-1 - 3;

pigment paste MICOSOL - 1;

sand, and lime, and fly ash, and microcalli, and sulfinol brand NP-1, and iron oxide - rest.

Example 33.

The paint composition of the oil composition, wt.%:

Film-forming - 90,

consisting, in particular, of:

the mixture pentaftalevyh lacquer brand 283 and glyptal varnish 166 brand with nitrocellulose lacquer brand 218, perchlorovinyl lacquer brand XB-784, ethylcellulose lacquer brand EC-959 and varnish coal brand Kubassek - 30;

oil - 30;

butylate and liquid sodium glass - 10;

water, and nefras brand C4 150/200, and solvent oil, and gasoline, and solvents 647, 646, 650, 651 - 20;

sultanol brand NP-3 - rest;

titanium dioxide and chalk - 1;

cement and cement dust - 1;

desiccant brand LCD 1 - 1;

the oxide and pigment paste Sadolin - 0,1;

the micro-talc brand MT-EHS, and microslide brand 20-80 MS, and the milk of lime, and fly ash, and microcalli, and sulfinol brand NP-3, and iron oxide - rest.

Example 34.

The paint composition of the oil composition, wt.%:

Film-forming - 50,

consisting, in particular, of:

pentaftalevyh lacquer brand 231 with nitrocellulose lacquer brand 218, perchlorovinyl lacquer brand XB-784, ethylcellulose lacquer brand EC-550 and varnish coal grade a - 30;

varnish ciftligi - 27;

butylate and liquid sodium glass - 10;

water, and nefras mark the C2 80/120, and solvent oil, and gasoline, and solvents 647, 646, 650, 651 - 20;

sultanol brand NP-1 - rest;

titanium dioxide and chalk - 10;

cement and cement dust - 5;

desiccant brand NF-1 - 3;

the oxide - 20;

the micro-talc brand MT-K, and microslide brand SMSP, and lime, and fly ash, and microcalli, and sulfinol brand NP-1, and iron oxide - rest.

Example 35.

The paint composition of the oil composition, wt.%:

Film-forming - 55,

consisting, in particular, of:

pentaftalevyh lacquer brand 170 with nitrocellulose lacquer brand 218, perchlorovinyl lacquer brand XB-784, ethylcellulose lacquer brand EC-959 and varnish coal grade a - 30;

bitumen - 10;

butylate and liquid sodium glass - 5;

water, and nefras brand C2 80/120, and solvent oil, and gasoline, and solvents 647, 646, 650, 651 - 20;

sultanol brand NP-3 - rest;

titanium dioxide and chalk - 10;

cement and cement dust - 5;

desiccant brand NF-1 - 3;

Umbra - 10;

sand, and lime, and fly ash, and microcalli, and sulfinol brand NP-1, and iron oxide - rest.

Example 36.

The paint composition of the oil composition, wt.%:

Film-forming - 55,

consisting, in particular, of:

glyptal varnish 166 brand with nitrocellulose lacquer brand 243, perchlorovinyl lacquer brand XB-784, ethylcellulose lacquer brand EC-959 and varnish coal is arch B - 30;

bitumen - 10;

butylate and liquid sodium glass - 5;

water, and nefras brand C2 80/120, and solvent oil, and gasoline, and solvents 647, 646, 650, 651 - 20;

sultanol brand NP-1 - rest;

titanium dioxide and chalk - 10;

cement and cement dust - 5;

desiccant brand NF-1 - 3;

Umbra and pigment paste Sadolin - 2;

sand, and lime, and fly ash, and microcalli, and sulfinol brand NP-1, and iron oxide - rest.

Example 37.

The paint composition of the oil composition, wt.%:

Film-forming - 55,

consisting, in particular, of:

glyptal varnish 166 brand with nitrocellulose lacquer brand 233, perchlorovinyl lacquer brand XB-784, ethylcellulose lacquer brand EC-959 and varnish coal grade a - 30;

oil - 10;

butylate and liquid potassium glass - 5;

water, and nefras brand C2 80/120, and solvent oil, and gasoline, and solvents 647, 646, 650, 651 - 20;

sultanol brand NP-1 - rest;

titanium dioxide - 10;

cement - 5;

desiccant brand NF-1 - 3;

Umbra and pigment paste MICROSOL - 2;

sand, and the milk of lime, and fly ash, and microcalli, and sulfinol brand NP-1, and iron oxide - rest.

Example 38.

The paint composition of the oil composition, wt.%:

Film-forming - 83,

consisting, in particular, of:

glyptal varnish 166 brand with nitrocellulose lacquer brand 233, perchloro nilavum lacquer brand XB-784, ethylcellulose lacquer brand EC-959 and varnish coal grade a - 30;

drying oils "oksol" - 45;

liquid potassium glass - 7;

water, and nefras brand C2 80/120, and solvent oil, and gasoline, and solvents 647, 646, 650, 651 - 20;

sultanol brand NP-1 - rest;

titanium dioxide and chalk - 3;

cement - 5;

desiccant brand NF-1 - 3;

pigment paste MICROSOL - 0,2;

sand, and the milk of lime, and fly ash, and microcalli and sulfinol brand NP-1, and iron oxide - rest.

Example 39.

The paint composition of the oil composition, wt.%:

Film-forming - 70,

consisting, in particular, of:

glyptal varnish 166 brand with nitrocellulose lacquer brand 233, perchlorovinyl lacquer brand XB-784, ethylcellulose lacquer brand EC-959 and varnish coal grade a - 30;

drying oils "oksol" - 45;

liquid potassium glass - 7;

water, and nefras brand C2 80/120, and solvent oil, and gasoline, and solvents 647, 646, 650, 651 - 20;

sultanol brand NP-1 - rest;

titanium dioxide and chalk - 3;

cement - 5;

desiccant brand NF-1 - 3;

iron blue - 5;

the micro-talc brand MT-K, and microslide brand SMSP, and lime, and fly ash, and microcalli, and sulfinol brand NP-1, and iron oxide - rest.

Example 40.

The paint composition of the oil composition, wt.%:

Film-forming - 70,

consisting, in particular, of:

gift is the song data for the varnish 166 brand with nitrocellulose lacquer brand 233, ethylcellulose lacquer brand EC-959 and varnish coal grade a - 30;

oil - 45;

liquid sodium glass - 7;

water and gasoline and solvents 647, 646, 650, 651 - 20;

sultanol brand NP-1 - rest;

titanium dioxide and chalk - 3;

cement - 5;

desiccant brand NF-1 - 3;

iron blue pigment paste Sadolin - 0,9;

the micro-talc brand MT-K, and microslide brand SMSP, and lime, and fly ash, and microcalli, and iron oxide - rest.

Example 41.

The paint composition of the oil composition, wt.%:

Film-forming - 50,

consisting, in particular, of:

pentaftalevyh lacquer brand 283 with ethylcellulose lacquer brand EC-959 and varnish coal grade a - 30;

drying oils "oksol" - 27;

butylate and liquid sodium glass - 10;

water and solvents 647, 646, 650, 651 - 20;

Butyldiglycol - rest;

titanium dioxide and chalk - 10;

cement and cement dust - 5;

desiccant brand NF-1 - 3;

ultramarine - 15;

the micro-talc brand MT-K, and microslide brand SMSP, and lime, and fly ash, and microcalli, and sulfinol brand NP-1, and iron oxide - rest.

Example 42.

The paint composition of the oil composition, wt.%:

Film-forming - 70,

consisting, in particular, of:

glyptal varnish brands 177 with nitrocellulose lacquer brand 222 and varnish coal grade B - 10;

oil - 15;

butylate - 1;

gasoline and solvents 647, 646, 650, 651 - 2;

Butyldiglycol - rest;

Mel - 5;

cement - 5;

desiccant brand NF-1 - 3;

pigment "emerald green" and pigmentary paste Sadolin - 4;

sand, and lime, and fly ash, and microcalli, and iron oxide - rest.

Example 43.

The paint composition of the oil composition, wt.%:

Film-forming - 60,

consisting, in particular, of:

the mixture pentaftalevyh lacquer brand 170 and glyptal varnish brands 177 with nitrocellulose lacquer brand 222, perchlorovinyl lacquer brand XB-784, ethylcellulose lacquer brand EC-F and varnish coal grade B - 20;

bitumen - 40;

butylate and liquid potassium glass - 7;

water and gasoline and solvents 647, 646, 650, 651 - 10;

Butyldiglycol - rest;

titanium dioxide - 10;

cement dust - 5;

desiccant brand NF-1 - 3;

lithopone - 7;

sand, and lime, and fly ash, and iron oxide - rest.

Example 44.

The paint composition of the oil composition, wt.%:

Film-forming - 50,

consisting, in particular, of:

glyptal varnish 166 brand with nitrocellulose lacquer brand 218 and perchlorovinyl lacquer brand XB-784 - 30;

drying oils "oksol" - 27;

butylate and liquid sodium glass - 10;

nefras brand C2 80/120, and gasoline, and solvents 647, 646, 650, 651 - 20;

sultanol brand NP-1 - rest;

titanium dioxide - 10;

the CEM is t and cement dust - 5;

desiccant brand NF-1 - 3;

Shilajit - 10;

the micro-talc brand MT-K, and microslide brand SMSP, and lime, and fly ash, and microcalli, and sulfinol brand NP-1, and iron oxide - rest.

Example 45.

The paint composition of the oil composition, wt.%:

Film-forming - 70,

consisting, in particular, of:

the mixture pentaftalevyh lacquer brand 170 and glyptal varnish brands 177 with nitrocellulose lacquer brand 222 - 10;

the natural drying oil - 15;

butylate and liquid potassium glass - 1;

water and solvents 647, 646, 650, 651 - 2;

Butyldiglycol - rest;

titanium dioxide and chalk - 5;

cement and cement dust - 5;

desiccant brand NF-1 - 3;

ochre - 10;

the micro-talc brand MT-K, and microslide brand SMSP, and lime, and fly ash, and iron oxide - rest.

Example 46.

The paint composition of the oil composition, wt.%:

Film-forming - 60,

consisting, in particular, of:

the mixture pentaftalevyh lacquer brand 170 and glyptal varnish brands 177 with perchlorovinyl lacquer brand XB-784 and ethylcellulose lacquer brand EC-F - 20;

bitumen - 40;

butylate and liquid potassium glass - 7;

water, and nefras brand C2 80/120, and solvent oil, and gasoline, and solvents 647, 646, 650, 651 - 10;

Butyldiglycol - rest;

titanium dioxide and chalk - 10;

cement - 5;

desiccant brand NF-1 - 3;

the chromium oxide - 5;

sand, and lime, the ash - ash and iron oxide - rest.

Example 47.

The paint composition of the oil composition, wt.%:

Film-forming - 90,

consisting, in particular, of:

pentaftalevyh lacquer brand 283 with varnish coal brand Kubassek - 30;

oil - 30;

butylate and liquid sodium glass - 10;

water and solvent oil, and gasoline, and solvents 647, 646, 650, 651 - 20;

sultanol brand NP-3 - rest;

Mel - 1;

cement and cement dust - 1;

desiccant brand LCD 1 - 1;

pigment paste MICROSOL - 0,34;

the micro-talc brand MT-EHS, and microslide brand 20-80 MS, and the milk of lime, and fly ash, and microcalli, and sulfinol brand NP-3, and iron oxide - rest.

Example 48.

The paint composition of the oil composition, wt.%:

Film-forming - 50,

consisting, in particular, of:

pentaftalevyh lacquer brand 231 with ethylcellulose lacquer brand EC-550 and varnish coal grade a - 30;

varnish ciftligi - 27;

liquid sodium glass - 10;

gasoline and solvents 647, 646, 650, 651 - 20;

sultanol brand NP-1 - rest;

titanium dioxide - 10;

cement dust - 5;

desiccant brand NF-1 - 3;

minium - 7;

the micro-talc brand MT-K, and microslide brand SMSP, and lime, and fly ash, and microcalli, and sulfinol brand NP-1, and iron oxide - rest.

Example 49.

The paint composition of the oil composition, mA is.%:

Film-forming - 50,

consisting, in particular, of:

glyptal varnish 166 brand with perchlorovinyl lacquer brand XB-784 and varnish coal grade a - 40;

oil - 30;

butylate - 10;

water and gasoline - 3;

sultanol brand NP-1 - rest;

titanium dioxide and chalk - 10;

cement - 5;

desiccant brand NF-1 - 3;

Umbra - 10;

sand, and lime, and fly ash, and microcalli, and sulfinol brand NP-1, and iron oxide - rest.

Example 50.

The paint composition of the oil composition, wt.%:

Film-forming - 70,

consisting, in particular, of:

the mixture pentaftalevyh lacquer brand 170 and glyptal varnish 177 brand of nail Polish coal grade B - 10;

bitumen - 15;

butylate - 1;

the solvent oil, and gasoline, and solvents 647, 646, 650, 651 - 2;

Butyldiglycol - rest;

titanium dioxide - 5;

cement - 5;

desiccant brand NF-1 - 3;

ochre - 6;

the micro-talc brand MT-K, and microslide brand SMSP, and lime, and iron oxide - rest.

Example 51.

The paint composition of the oil composition, wt.%:

Film-forming - 60,

consisting, in particular, of:

glyptal varnish brands 177 with nitrocellulose lacquer brand 222, perchlorovinyl lacquer brand XB-784 and ethylcellulose lacquer brand EC-F - 20;

drying oils "oksol" - 40;

butylate and liquid potassium glass - 7;

solvents 647, 646, 650, 651 - 10;/p>

Butyldiglycol - rest;

Mel - 10;

cement and cement dust - 5;

desiccant brand NF-1 - 3;

oxide - 1;

sand, and lime, and fly ash, and iron oxide - rest.

Example 52.

The paint composition of the oil composition, wt.%:

Film-forming - 90,

consisting, in particular, of:

glyptal varnish 166 brand with perchlorovinyl lacquer brand XB-784 and ethylcellulose lacquer brand EC-959 - 30;

oil - 30;

liquid sodium glass - 10;

nefras brand C4 150/200 and solvents 647, 646, 650, 651 - 20;

sultanol brand NP-3 - rest;

titanium dioxide and chalk - 1;

cement - 1;

desiccant brand LCD 1 - 1;

a solution of soap with the addition of copper - 0,1;

the micro-talc brand MT-EHS, and microslide brand 20-80 MS, and fly ash, and sulfinol brand NP-3, and iron oxide - rest.

Example 53.

The paint composition of the oil composition, wt.%:

Film-forming - 50,

consisting, in particular, of:

pentaftalevyh lacquer brand 231 with ethylcellulose lacquer brand EC-550 - 30;

varnish ciftligi - 27;

liquid sodium glass - 10;

the solvent oil and gasoline - 20;

sultanol brand NP-1 - rest;

Mel - 10;

cement and cement dust - 5;

desiccant brand NF-1 - 3;

glue rubber - 14;

sand, and sulfinol brand NP-1, and iron oxide - rest.

Example 54.

The paint composition of the oil composition is, wt.%:

Film-forming - 50,

consisting, in particular, of:

the mixture pentaftalevyh lacquer brand 283 and glyptal varnish 166 brand with nitrocellulose lacquer brand 218 - 30;

oil - 27;

butylate - 10;

water and solvent oil and solvents 647, 646, 650, 651 - 20;

sultanol brand NP-1 - rest;

titanium dioxide - 10;

cement - 5;

desiccant brand NF-1 - 3;

Varnish epoxy EP-730 - 10;

the micro-talc brand MT-To - rest.

Example 55.

The paint composition of the oil composition, wt.%:

Film-forming - 70,

consisting, in particular, of:

glyptal varnish brands 177 with perchlorovinyl lacquer brand XB-784, ethylcellulose lacquer brand EC-F and varnish coal grade B - 10;

the natural drying oil - 15;

liquid potassium glass - 1;

gasoline - 2;

Butyldiglycol - rest;

titanium dioxide - 5;

cement and cement dust - 5;

desiccant brand NF-1 - 3;

lacquer melamine ML-248 - 3;

lime and fly ash - else.

Example 56.

The paint composition of the oil composition, wt.%:

Film-forming - 60,

consisting, in particular, of:

glyptal varnish 177 brand of nail Polish coal grade B - 20;

drying oils "oksol" - 40;

butylate - 7;

the solvent oil and gasoline - 10;

Butyldiglycol - rest;

Mel - 10;

cement and cement dust - 5;

desiccant brand NF-1 - 3;

adhesive rubber - 7;

sand, and lime, and microcalli, and sulfinol brand NP-1, and iron oxide - rest.

Example 57.

The paint composition of the oil composition, wt.%:

Film-forming - 90,

consisting, in particular, of:

pentaftalevyh lacquer brand 283 with nitrocellulose lacquer brand 218, perchlorovinyl lacquer brand XB-784 and varnish coal brand Kubassek - 30;

bitumen - 30;

butylate and liquid sodium glass - 10;

water - 20;

sultanol brand NP-3 - rest;

titanium dioxide - 1;

cement and cement dust - 1;

desiccant brand LCD 1 - 1;

a solution of soap with the addition of copper - 0,2;

the fly ash, and sulfinol brand NP-3, and iron oxide - rest.

Example 58.

The paint composition of the oil composition, wt.%:

Film-forming - 50,

consisting, in particular, of:

pentaftalevyh lacquer brand 231 with perchlorovinyl lacquer brand XB-784 and ethylcellulose lacquer brand EC-550 - 30;

varnish ciftligi - 27;

butylate and liquid sodium glass - 10;

nefras brand C2 80/120, and solvent oil, and gasoline, and solvents 647, 646, 650, 651 - 20;

sultanol brand NP-1 - rest;

Mel - 10;

cement and cement dust - 5;

desiccant brand NF-1 - 3;

varnish epoxy EP-540 - 10;

sand and lime and iron oxide - rest.

Example 59.

The paint composition of the oil composition, wt.%:

Film-forming is - 50,

consisting, in particular, of:

pentaftalevyh lacquer brand 283 with ethylcellulose lacquer brand EC-959 and varnish coal grade a - 30;

drying oils "oksol" - 27;

butylate and liquid sodium glass - 10;

water and solvents 647, 646, 650, 651 - 20;

Butyldiglycol - rest;

titanium dioxide and chalk - 10;

cement and cement dust - 5;

desiccant brand NF-1 - 3;

glue rubber to 10;

the micro-talc brand MT-K, and microslide brand SMSP, and lime, and fly ash, and microcalli, and sulfinol brand NP-1, and iron oxide - rest.

Example 60.

The paint composition of the oil composition, wt.%:

Film-forming - 70,

consisting, in particular, of:

glyptal varnish brands 177 with nitrocellulose lacquer brand 222 and varnish coal grade B - 10;

oil - 15;

butylate - 1;

gasoline and solvents 647, 646, 650, 651 - 2;

Butyldiglycol - rest;

Mel - 5;

cement - 5;

desiccant brand NF-1 - 3;

a solution of soap with the addition of copper - 4;

sand, and lime, and fly ash, and microcalli, and iron oxide - rest.

Example 61.

The paint composition of the oil composition, wt.%:

Film-forming - 60,

consisting, in particular, of:

the mixture pentaftalevyh lacquer brand 170 and glyptal varnish brands 177 with nitrocellulose lacquer brand 222, perchlorovinyl lacquer brand XB-784, ethylcellulose lacquer mark the EC-F and varnish coal grade B - 20;

bitumen - 40;

butylate and liquid potassium glass - 7;

water and gasoline and solvents 647, 646, 650, 651 - 10;

Butyldiglycol - rest;

titanium dioxide - 10;

cement dust - 5;

desiccant brand NF-1 - 3;

varnish epoxy EP-55 - 7;

sand, and lime, and fly ash, and iron oxide - rest.

Example 62.

The paint composition of the oil composition, wt.%:

Film-forming - 50,

consisting, in particular, of:

glyptal varnish 166 brand with nitrocellulose lacquer brand 218 and perchlorovinyl lacquer brand XB-784 - 30;

drying oils "oksol" - 27;

butylate and liquid sodium glass - 10;

nefras brand C2 80/120, and gasoline, and solvents 647, 646, 650, 651 - 20;

sultanol brand NP-1 - rest;

titanium dioxide - 10;

cement and cement dust - 5;

desiccant brand NF-1 - 3;

lacquer melamine ML-92 - 10;

the micro-talc brand MT-K, and microslide brand SMSP, and lime, and fly ash, and microcalli, and sulfinol brand NP-1, and iron oxide - rest.

Example 63.

The paint composition of the oil composition, wt.%:

Film-forming - 70,

consisting, in particular, of:

the mixture pentaftalevyh lacquer brand 170 and glyptal varnish brands 177 with nitrocellulose lacquer brand 222 - 10;

the natural drying oil - 15;

butylate and liquid potassium glass - 1;

water and solvents 647, 646, 650, 651 - 2;

Butyldiglycol - OST the aspects;

titanium dioxide and chalk - 5;

cement and cement dust - 5;

desiccant brand NF-1 - 3;

varnish epoxy 741 - 10;

the micro-talc brand MT-K, and microslide brand SMSP, and lime, and fly ash, and iron oxide - rest.

Example 64.

The paint composition of the oil composition, wt.%:

Film-forming - 60,

consisting, in particular, of:

the mixture pentaftalevyh varnish marks 170, and glyptal varnish brands 177 with perchlorovinyl lacquer brand XB-784, and ethylcellulose lacquer brand EC-F - 20;

bitumen - 40;

butylate and liquid potassium glass - 7;

water, and nefras brand C2 80/120, and solvent oil, and gasoline, and solvents 647, 646, 650, 651 - 10;

Butyldiglycol - rest;

titanium dioxide and chalk - 10;

cement - 5;

desiccant brand NF-1 - 3;

a solution of soap with the addition of copper - 5;

sand, and lime, and fly ash, and iron oxide - rest.

Example 65.

The paint composition of the oil composition, wt.%:

Film-forming - 90,

consisting, in particular, of:

pentaftalevyh lacquer brand 283 with varnish coal brand Kubassek - 30;

oil - 30;

butylate and liquid sodium glass - 10;

water and solvent oil and gasoline and solvents 647, 646, 650, 651 - 20;

sultanol brand NP-3 - rest;

Mel - 1;

cement and cement dust - 1;

desiccant brand LCD 1 - 1;

glue rubber - 0,34

microta the RC brand MT-EHS, and microslide brand 20-80 MS, and the milk of lime, and fly ash, and microcalli, and sulfinol brand NP-3, and iron oxide - rest.

Example 66.

The paint composition of the oil composition, wt.%:

Film-forming - 50,

consisting, in particular, of:

pentaftalevyh lacquer brand 231 with ethylcellulose lacquer brand EC-550 and varnish coal grade a - 30;

varnish ciftligi - 27;

liquid sodium glass - 10;

gasoline and solvents 647, 646, 650, 651 - 20;

sultanol brand NP-1 - rest;

titanium dioxide - 10;

cement dust - 5;

desiccant brand NF-1 - 3;

varnish epoxy EP-730 - 7;

the micro-talc brand MT-K, and microslide brand SMSP, and lime, and fly ash, and microcalli and sulfinol brand NP-1, and iron oxide - rest.

Example 67.

The paint composition of the oil composition, wt.%:

Film-forming - 50,

consisting, in particular, of:

glyptal varnish 166 brand with perchlorovinyl lacquer brand XB-784 and varnish coal grade a - 40;

oil - 30;

butylate - 10;

water and gasoline - 3;

sultanol brand NP-1 - rest;

titanium dioxide and chalk - 10;

cement - 5;

desiccant brand NF-1 - 3;

glue rubber to 10;

sand, and lime, and fly ash, and microcalli, and sulfinol brand NP-1, and iron oxide - rest.

Example 68.

The paint composition of the oil composition, wt.%:

Plait soobrazayuschie - 70,

consisting, in particular, of:

the mixture pentaftalevyh lacquer brand 170 and glyptal varnish 177 brand of nail Polish coal grade B - 10;

bitumen - 15;

butylate - 1;

the solvent oil and gasoline and solvents 647, 646, 650, 651 - 2;

Butyldiglycol - rest;

titanium dioxide - 5;

cement - 5;

desiccant brand NF-1 - 3;

a solution of soap with the addition of copper - 6;

the micro-talc brand MT-K, and microslide brand SMSP, and lime, and iron oxide - rest.

Example 69.

The paint composition of the oil composition, wt.%:

Film-forming - 60,

consisting, in particular, of:

glyptal varnish brands 177 with nitrocellulose lacquer brand 222, perchlorovinyl lacquer brand XB-784 and ethylcellulose lacquer brand EC-F - 20;

drying oils "oksol" - 40;

butylate and liquid potassium glass - 7;

solvents 647, 646, 650, 651 - 10;

Butyldiglycol - rest;

Mel - 10;

cement and cement dust - 5;

desiccant brand NF-1 - 3;

lacquer melamine ML-248 - 1;

sand, and lime, and fly ash, and iron oxide - rest.

Example 70.

The paint composition of the oil composition, wt.%:

Film-forming - 60,

consisting, in particular, of:

the mixture pentaftalevyh lacquer brand 170 and glyptal varnish brands 177 with nitrocellulose lacquer brand 222, perchlorovinyl lacquer brand XB-784, ethylcellulose lacquer brand EC-F and varnish aminoallyl grade B - 20;

drying oils "oksol" - 40;

butylate and liquid potassium glass - 7;

water, and nefras brand C2 80/120, and solvent oil, and gasoline, and solvents 647, 646, 650, 651 - 10;

Butyldiglycol - rest;

titanium dioxide and chalk - 10;

cement and cement dust - 5;

desiccant brand NF-1 - 3;

glue rubber - 4;

sand, and lime, and fly ash, and microcalli, and sulfinol brand NP-1, and iron oxide - rest.

1. Paint oil composition characterized in that it contains components when following their ratio, wt.%:

film-forming5090
titanium dioxide and/or chalk0,132,0
cement and/or cement dust0,130,0
desiccant0,55,0
the micro-talc, and/or microslide, or sand,
and/or lime, or lime milk,
and/or fly ash, and/or microcalli,
and/or sulfinol, and/or iron oxidethe rest,

at the same time contains a film-forming components in the following ratio, wt.%:
pentaftalevyh and/or glyptal lacquer
or mix it (them) with nitrocellulose,
and/or perchlorovinyl, and/or ethylcellulose,
and/or varnish coal155,0
linseed oil, or heavy oil, or bitumen145,0
Bustilat and/or liquid glass110,0
water, and/or nefras, and/or solvent,the
and/or gasoline,
and/or solvents 647, 646, 650, 651320,0
sultanol or butyldiglycolrest

2. Paint according to claim 1, characterized in that it additionally contains a pigment and/or pigment paste 0,120.0 wt.%.

3. Paint according to claim 1, characterized in that it further comprises a solution of soap with the addition of copper, rubber or glue, epoxy or varnish, or lacquer melamine 0.114 wt.%.



 

Same patents:

FIELD: chemistry.

SUBSTANCE: described is an oil-resin composition for producing drying oils, lacquer and paints, including oxidised sunflower oil, synthetic resin and an organic solvent, characterised by that the synthetic resin used is alkylmethacrylate-modified polymeric petroleum resin which is obtained through polymerisation of unsaturated compounds of fractions of liquid products of pyrolysis of straight-run gasoline with boiling range of 130-190C and alkylmethacrylate (alkyl, methyl, butyl, hexyl), with the following ratio of components (wt %): oxidised sunflower oil 10-20; modified polymeric petroleum resin 30-40, solvent 50.

EFFECT: low consumption of plant oil, wider raw material base and range of high quality paint materials, preparation of the oil-resin composition under mild conditions.

1 cl, 3 tbl, 1 ex

FIELD: chemistry.

SUBSTANCE: method of preparing a paraffin wax emulsion involves preparation of a pre-emulsion by mixing a molten mixture of paraffin wax, mineral oil in concentration of 2.0-6.0 wt % of the emulsified mixture, an emulsifying agent in concentration of 3.0-8.0 wt % of the emulsified mixture and water. The mixture is stirred at 70-75C for 15-25 minutes. Subsequent dispersion of the pre-emulsion is carried out in a hydrodynamic disperser at 70-75C until an emulsion with average size of paraffin wax particles less than 1 mcm is obtained. The obtained emulsion is then cooled to temperature not over 25C, held for 1 day and filtered. The paraffin wax mixture contains petroleum wax C18-C35 of the methane family with melting point of 45-65C and C36-C55 isomeric structure with dropping point of 55-66C with weight ratio of 90:10-10:90. The emulsifying agent used is non-ionic, anionic surfactants, a composition based on a mixture of stearin and/or stillage bottoms from production of fatty acids, esters of polyoxyethylated fatty alcohols and acids and an amine in weight ratio 1:1.0-1.5:1.0-1.5:0.5-1.0.

EFFECT: method enables to obtain paraffin was emulsion with high content (more than 60 wt %) of paraffin wax, which is stable for a long period of storage.

3 cl, 3 ex

FIELD: chemistry.

SUBSTANCE: method of preparing a paraffin wax emulsion involves preparation of a pre-emulsion by mixing a molten mixture of paraffin wax, mineral oil in concentration of 2.0-6.0 wt % of the emulsified mixture, an emulsifying agent in concentration of 3.0-8.0 wt % of the emulsified mixture and water. The mixture is stirred at 70-75C for 15-25 minutes. Subsequent dispersion of the pre-emulsion is carried out in a hydrodynamic disperser at 70-75C until an emulsion with average size of paraffin wax particles less than 1 mcm is obtained. The obtained emulsion is then cooled to temperature not over 25C, held for 1 day and filtered. The paraffin wax mixture contains petroleum wax C18-C35 of the methane family with melting point of 45-65C and C36-C55 isomeric structure with dropping point of 55-66C with weight ratio of 90:10-10:90. The emulsifying agent used is non-ionic, anionic surfactants, a composition based on a mixture of stearin and/or stillage bottoms from production of fatty acids, esters of polyoxyethylated fatty alcohols and acids and an amine in weight ratio 1:1.0-1.5:1.0-1.5:0.5-1.0.

EFFECT: method enables to obtain paraffin was emulsion with high content (more than 60 wt %) of paraffin wax, which is stable for a long period of storage.

3 cl, 3 ex

FIELD: chemistry.

SUBSTANCE: invention relates to a wax composition for protecting surfaces of vehicles from atmospheric effects and is also a car care product, particularly for filling various defects on surfaces of vehicles. The composition contains a substance with a wax structure, a pigment and liquid silicon polymer material. The wax material used is carnauba wax or ceresin wax. The liquid polymer material used is polymethylsiloxane. The composition also contains mica and abietic acid.

EFFECT: obtaining a composition which has a long storage period and has high plasticity and adhesion, as well as water-repellent and anticorrosion properties.

FIELD: construction.

SUBSTANCE: invention is related to paint-and-varnish industry and may be used for dilution of oil paints, for impregnation of wood, plastering of concrete prior to painting. Moisture-resistant combined drying oil contains the following components, wt %: oil polymer drying oil, which represents 60% solution in kerosene fraction of oil polymer resins with softening temperature of 72-90C - 54, oxidised mixture of vegetable oil that contains 3-10% of paraffin with viscosity of 4 400-1100 sec. -20 by VZ-4, oil solvent S4 - 150-200C -20, siccative - 6.

EFFECT: improved moisture resistance of paint-and-varnish coat.

2 tbl

FIELD: chemistry.

SUBSTANCE: invention relates to chemistry and polymer technology, particularly to making a film-forming composition which can be used in the paint and coating industry. The film-forming composition contains 25-40 wt % sunflower oil, 0.27 wt % siccative, 49.73 wt % organic solvent and chlorinated green oil as synthetic resin, which is a by-product of hydrogenation of the ethane-ethylene fraction in an installation for producing ethylene and propylene, with iodine number from 84.4 to 115.2 g I2/100 g in amount of 10-25 wt %.

EFFECT: proposed film-forming composition has good fireproof properties.

2 tbl, 1 ex

FIELD: chemistry.

SUBSTANCE: invention allows to get the film-forming composition which could be used to prepare various paint materials: varnish, lacquer, paint and etc. The task is solved due to that the composition contains oxidised sunflower oil, synthetic resin - chlorisated "green oil", which is the co-product of hydrogenising phase of ethane-ethylenic fraction while receiving ethylene and propylene with iodine number varies from 84.4 to 115.2 g I2/100, organic solvent.

EFFECT: consumption decrease of vegetable oil and preparation of the film-forming composition in mild conditions.

2 tbl

FIELD: polymers, in particular paint-vehicle industry.

SUBSTANCE: claimed composition contains (mass %): sunflower oil 10-25; desiccant 0.27; organic solvent 49.73, and "green oil", which is heat pretreated at 50-150°C for 3 h, 25-40 %, wherein said green oil represents byproduct from ethane/ethylene fraction hydration step in equipment for ethylene and propylene production with iodine number of 218.7 gI2/100 g.

EFFECT: reduced consumption of edible vegetable oils, enhanced paint-vehicle material assortment; materials of improved quality; simplified method for production of film-forming compositions.

2 tbl, 1 ex

FIELD: protective coatings.

SUBSTANCE: composition contains 10-30% of sunflower oil oxidized at 130°C in presence of triethylaluminum, 20-40% of thermally treated "green oil", and 50% solvent. Thermally treated "green oil" is obtained by heating (3 h at 50-150°C) by-product of ethane-ethylene fraction hydrogenation stage on ethylene-propylene production plant. Composition forms elastic films on substrate, which films are characterized by good adhesion and are capable of drying with no dryer added.

EFFECT: reduced consumption of edible vegetable oils, enlarged resource of raw materials and assortment of improved-quality lacquer materials, and enabled formation of films under mild conditions.

2 tbl

FIELD: varnish-and-paint industry.

SUBSTANCE: invention relates to modifying additives for varnish and paint materials and can be used in production of organic-diluted water-emulsion paints based on alkyd lacquers appropriate for outdoor and indoor operations. Method according to invention is accomplished via condensation of diethanolamine/boric acid reaction product (40.0-45.0 wt %) with vegetable oil.

EFFECT: enlarged assortment of domestic modifying additives exhibiting simultaneously dispersing, emulsifying, and plasticizing effects.

2 tbl

FIELD: chemistry.

SUBSTANCE: invention relates to preparation of surface coating solutions which contain boehmite. The surface coating solution is a latex paint and contains a trituration solution, a polymer emulsion and a solvent. The trituration solution is prepared using an active solution which contains a base in form of an aqueous solution and boehmite particles contained in the base. The boehmite particles are anisotropic moulded particles having mould ratio of 3:1 and are activated by substances selected from a group which includes ammonium hydroxide, alkali- or alkali-earth metal salt, nanoclay or colloidal silica. The surface coating solution has surface spreading and distribution with formation of a uniform film of at least 6 mil, and sag resistance of over 7 mil or surface spreading and distribution with formation of a uniform film of over 6 mil, and sag resistance of at least 7 mil. Described also is a method of preparing the surface coating solution involving the following operations: activation of boehmite particles with substances selected from a group which includes ammonium hydroxide, alkali- or alkali-earth metal salt, nanoclay or colloidal silica in order to form a water-based active solution; preparation of a trituration solution using the active solution; and preparation of a surface coating solution using the trituration solution, polymer emulsion and solvent.

EFFECT: solution enables to obtain coating with good technical properties.

42 cl, 2 tbl, 3 dwg, 2 ex

FIELD: chemistry.

SUBSTANCE: present invention relates to a coating compositions. The coating composition contains a thermally crosslinking film-forming resin binder or resin binders, a polymer or copolymer levelling agent having molecular weight between 1000 and 100000 g/mol (Da). The polymer or copolymer levelling agent is obtained through polymerisation in the presence of an alkoxyamine initiator/regulating compound or monomer. The monomer is selected from a group of acrylate or methacrylate compounds. The said copolymer levelling agent is obtained from a composition which contains an ethylene-unsaturated monomer. The polymer levelling agent used is poly-tert-butyl acrylate or poly-tert-butyl methacrylate. The coating is obtained by depositing the composition onto a substrate and applying heat energy or electromagnetic radiation.

EFFECT: use of the said polymer or copolymer as a levelling agent in coating compositions enables to obtain smooth coating for surfaces.

3 cl, 21 ex, 10 tbl

FIELD: chemistry.

SUBSTANCE: invention relates to paint materials, particularly to a paint composition used for protective-decorative coating metal surfaces. The protective-decorative paint contains 21-45 wt % alkyd resin based film forming agent, 35-55 wt % specularite with high content of Fe2O3 and particle size less than 30 mcm as pigment, 0.5-1.5 wt % drying accelerator, 1-2 wt % rheological additive, 4-12 wt % filler and organic solvent - the rest. The protective-decorative paint preferably contains film-forming agent in form of modified alkyd film-forming agent, and the rheological additive in form of a surfactant based on TROYSOL fatty amine. The protective-decorative paint also contains a colouring pigment in amount of 0.5-4.5 wt %.

EFFECT: disclosed paint enables to obtain a coating with good protective properties: abrasive wear resistance, corrosion resistance and good decorative effect owing to obtaining a coarse finish with metallic lustre.

5 cl, 2 tbl, 7 ex

FIELD: chemistry.

SUBSTANCE: invention relates to preparation of coating compositions and can be used in interior finishing and facing paint coatings for wooden and metallic substrates. The coating composition, which is diluted with a solvent, contains alkyd resin having at least 20 wt % vinyl composite blocks and is characterised by fat content less than 65%. Mass ratio of non-vinyl to vinyl groups lies between 1:1 and 4:1. Vinyl groups contains styrene and/or (meth)acrylate groups. The ratio of styrene to (meth)acrylate groups ranges from 0.5:1 to 4:1. Vinyl groups have low polarity. Mw is less than 10000. Fat content is greater than 45%. The alkyd resin in accordance with this invention provides a coating consisting of a composition resulting from a solvent containing less than 300 g/l volatile organic substances.

EFFECT: composition has good rheological properties, required viscosity with low solvent content and short drying period, good strength and longevity.

7 cl, 3 tbl, 8 ex

FIELD: chemistry.

SUBSTANCE: invention relates to protection and restoration of corroded metal surfaces working under abrasive wearing conditions, used in atmospheric conditions of different climatic zones, in the atmosphere of aggressive media, for example in power engineering, chemical and mining industry when repairing rusty equipment. The anticorrosion coating composition contains the following components in wt %: 21-35% modified alkyd filming agent, 1-2% rheological additive - surfactant based on TROYSOL fatty amine, 0.5-1% siccative, 4-12% filler, 5-10% zinc phosphate, 1-3% rust solvent based on tannins and tannin derivatives, specularite with high content of Fe2O3 and consisting of different fractions, 20-30% specularite of the first fraction with particle size not less than 63 mcm, 6-15% specularite of the second fraction with particle size not greater than 20 mcm, organic solvent - the rest.

EFFECT: proposed composition has good anticorrosion properties, abrasive wear resistance, high durability, is capable of dissolving rust without thorough preparation of the metal surface.

2 cl, 2 tbl, 7 ex

FIELD: chemistry.

SUBSTANCE: group of invention relates to production of paint and varnish compositions such as enamel, and specifically to production of alkyd-urethane enamel with different colour spectrum, which can be used for protective-decorative coating various types of surfaces. The paint and varnish alkyd-urethane enamel composition contains a combination of at least one alkyd varnish and at least one alkyd-urethane varnish, a pigment component, which is necessary for forming the colour of the enamel, at least one organic solvent, a dispersing agent, a drier and other auxiliary target additives, including at least one rheological additive, anti-film additive, anti-crater additive. The method of producing alkyd-urethane enamel with different colours involves the following stages: possible preparation of separate liquid and granular components, and their batching in accordance with the formulation and consumption rates for the produced amount of enamel, preparation of intermediate products, two-step dispersion, setting "type", step-by-step control. Manufacturing complex for producing alkyd-urethane enamel in form of suspension, containing colouring pigments in a mixture of organic varnish, solvent, lapping compound and target additives, consists of posts which form a hydraulic system fitted with process pipe-lines, where posts are linked with each other according to operations producing the said suspensions and include a post for storing initial dry and liquid components, a post for batching and weighing said components, a post for mixing the components, a dispersing post, a post for setting "type" of the enamel and a post for packing final enamel product.

EFFECT: obtaining alkyd-urethane enamel with good physical and chemical characteristics, which does not flake during storage and does not form surface film and residue.

25 cl, 5 tbl, 1 dwg, 1 ex

FIELD: chemistry.

SUBSTANCE: preheated oil from a reservoir 9 is loaded into reactor 5 with an agitator 2 and reactor heating thereafter enabled. Dissolved white resin is loaded. After 250C is achieved, nitrogen feed is disabled, while the reactor 5 is connected to a vacuum network. Pentaerithrit and lead siccative are loaded into the reactor 5. Then a reactor degassing system is disabled with enabled inert gas feeding and continued heating of reaction mixture. After re-etherification process is complete, heating of the reactor 5 is disabled, while the reaction mixture is cooled. Phthalic anhydride and maleic anhydride are loaded into the reactor 5. For simplifying water extraction from the reaction zone, xylene from the reservoir 10 is introduced into the reactor 5 by an industrial pipe-line with a pump 46. Water vapour as an azeotrope mixture, together with xylene vapour are directed to a packed column 26 and a refrigerator 27. Resin from the reactor 5 is discharged to a mixer 11. Solvent vapour generated in resin dissolving is delivered to a heat exchanger 33, wherein condensed and flow down back to the mixer 11.

EFFECT: stable characteristics of technological process and improved fire and environmental safety.

20 cl, 2 dwg

FIELD: chemistry.

SUBSTANCE: group of inventions refers to making paint compositions, such as enamels, namely, to making various-palette alkyd-urethane enamels to be used for protective decorative coating of various surfaces. Paint alkyd-urethane enamel compositions contain a combination of, at least, one alkyd varnish, and, at least, one alkyd-urethane varnish, dye-forming pigment additive component necessary to form enamel colour, at least, one organic solvent, dispersant, siccative and other auxiliary base additives, including, at least, one rheological additive, antiskinning additive, antidimpling additive. Herewith alkyd-urethane varnish content in the composition is at least 10% of total weight of the specified varnishes and/or at least 8% of paint composition weight.

EFFECT: high stress-strain properties and processing behaviour of produced enamels.

13 cl, 2 tbl, 6 ex

FIELD: chemistry.

SUBSTANCE: invention concerns paint-and-varnish industry, particularly alkyd varnish production using automated control system of technological process, as well as feeding of bulk components to reactor with explosive medium. Method of alkyd varnish production involves alcoholytic re-etherification of vegetable oil by pentaerythritol with heating in inert gas flow in the presence of catalyst, followed by polyetherification of re-etherification products by phthalic anhydride with heating, water distillation with azeotropic solvent, reaction product - alkyd resin - cooling to 160-180°C, varnish preparation by mixing obtained resin with organic solvent. Re-etherification and polyetherification process is performed in reactor featuring electric induction heating system and connected to technological pipelines with stop valves. Reactor has at least one pipe socket with heat-resistant gate installed in it, and at least two water heat exchangers in the form of worm pipes, mixer, nozzle column, vertical cooler, condenser and separation vessel. Alkyd resin dissolution is performed in mixer with stop valves, mixer, jacket and reverse heat exchanger for condensation and recycling of evaporating solvents in the mixer; vegetable oil dosing and loading to reactor is performed by automated control system, where stop valves of oil feed line are opened and closed by remote controls automatically or steered from control console; dosing and loading of bulk component, such as pentaerythritol and phthalic anhydride is performed and controlled over automated control system for bulk component dosage and loading, including depacker, tanker on tension weighing device, pneumatic lift, at least one ripper, snail feeder and mentioned heat-resistant gate in pipe socket of reactor; dosing and loading of azeotropic solvent and water to worm pipes of reactor, as well as recycled water feed and control and solvent feed to mixer are performed with remote automatic control of stop valves. In addition invention claims method of bulk component feed to reactor used in production of alkyd varnish.

EFFECT: reduced labour cost, improved fire protection and environmental safety.

22 cl, 1 tbl, 2 dwg, 2 ex

FIELD: chemistry.

SUBSTANCE: invention relates to paint-and-varnish industry, in particular to method for production of alkyd-urethane enamels of various colours, and may be used to produce protective-decorating enamel coatings applied onto various substrates. Method for production of alkyd-urethane enamel is described. This method implies preparation of individual precursor components, their dosing, preparation of intermediate enamel product by combining alkyd pentaphthalic lacquer with dispersing medium, organic solvent and rheological agent, the mixture being stirred at 300-500 rpm, followed by introduction of free-flowing pigments into the mixture, together with filler, when required. Pigments and filler are pre-dispersed under stirring at a speed up to 1000 rpm until homogenous suspension is obtained. Then intermediate product is further dispersed until required degree of grinding is obtained, alkyd-urethane lacquer is added under stirring and, when required, anti-crater additive and paint dryer are added. Then, pigment tinting paste is added, the mixture is stirred to obtain homogenous suspension, and antiskinning agent is added.

EFFECT: production of alkyd-urethane enamels of various colours, with high physical and chemical properties.

10 cl, 5 tbl

FIELD: polymer materials and corrosion protection.

SUBSTANCE: invention relates to cold-drying anticorrosive coating compositions, which can be used in petroleum, gas, power, chemical, and other industries for protection surfaces of iron articles and structures. Composition of invention is based on binder, namely alkyd-styrene resin or poor alkyd resin in amount 11.0-44.0%. Composition further comprises 0.3-5.0% tannin or tannin derivatives as anticorrosive additive, 3.0-24.0% pigments, 5.0-22.-% fillers, and balancing amount of organic solvent.

EFFECT: enhanced protective properties.

4 cl, 2 tbl, 5 ex

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