Paintwork RAW

The most common methods of production of lead chrome pigments are the followings: sedimentation from the basic lead acetous and nitric compounds, continuous method of producing the chrome pigments from Рb metal as well as from yellow lead monoxide and chromic anhydride.

Although lead sulphate crystallizes in the same two systems as lead chromate does, its stable form is the rhombic modification. Therefore, introduction of lead sulphate into the composition of the chrome pigment increases the stability of rhombic modification of lead chromate in isomorphous blend.

In addition, the following additives are recommended to introduce when synthesizing the chrome pigments to stabilize the rhombic modification of lead chromates and sulphochromates: lead phthalate, aluminum hydroxide, titanium hydroxide and some surfactants.

The most common methods of production of lead chrome pigments are the followings: sedimentation from the basic lead acetous and nitric compounds, continuous method of producing the chrome pigments from Рb metal as well as from yellow lead monoxide and chromic anhydride.

Although lead sulphate crystallizes in the same two systems as lead chromate does, its stable form is the rhombic modification. Therefore, introduction of lead sulphate into the composition of the chrome pigment increases the stability of rhombic modification of lead chromate in isomorphous blend.

In addition, the following additives are recommended to introduce when synthesizing the chrome pigments to stabilize the rhombic modification of lead chromates and sulphochromates: lead phthalate, aluminum hydroxide, titanium hydroxide and some surfactants.

Although lead sulphate crystallizes in the same two systems as lead chromate does, its stable form is the rhombic modification. Therefore, introduction of lead sulphate into the composition of the chrome pigment increases the stability of rhombic modification of lead chromate in isomorphous blend.

In addition, the following additives are recommended to introduce when synthesizing the chrome pigments to stabilize the rhombic modification of lead chromates and sulphochromates: lead phthalate, aluminum hydroxide, titanium hydroxide and some surfactants.

The most common methods of production of lead chrome pigments are the followings: sedimentation from the basic lead acetous and nitric compounds, continuous method of producing the chrome pigments from Рb metal as well as from yellow lead monoxide and chromic anhydride.

Although lead sulphate crystallizes in the same two systems as lead chromate does, its stable form is the rhombic modification. Therefore, introduction of lead sulphate into the composition of the chrome pigment increases the stability of rhombic modification of lead chromate in isomorphous blend.

• In the production of paints and varnishes of general-construction and special purpose including the water-, and solvent-borne ones, for aggressive and abrasive media.
• in the paper industry, the most finely dispersed grades of calcined kaolin.
• in plastics and industrial rubber articles.

• production of paints and varnishes;
• plastics industry;
• manufacture of industrial rubber articles;
• paper production;

It is used for manufacturing industrial rubber articles and tires, paints and varnishes, artificial leather and sole rubbers, electric cable, dental cements, abrasive articles for dentistry and industrial asbestos articles.

GOST 8728-88

Appearance: Clear liquid free of particles

Sphere of application:

Premium grade: used for translucent undyed light-resistant materials based on polyvinyl chloride, etc.

First grade: used for light-colored polymeric materials in production of artificial leather, varnishes, etc.

Second grade: used for dark-colored polymeric materials as well as for black-loaded articles, etc.

Guaranteed shelf life – 12 months from the date of manufacture

Intended for use as a binding agent in production of pentaphtol enamels, primers, fillers and other paintwork materials.

Intended for use as a binding agent in production of pentaphtol enamels, primers, fillers and other paintwork materials.

Intended for dilution of MCh-52 varnish and production of the acid hardener for MCh-52 varnish.

Used as a solvent in production of varnishes, paints, enamels as well as a solvent for varnishes, paints, enamels in commercial use.

It is used as a solvent in production and application of acrylic, vinyl, nitrocellulose, epoxy and chlorinated rubber paintwork materials. Besides, toluene is used as a raw material for organic synthesis.

• Additive to thermohardened paints to improve luster and flowability.
• Additive for improvement of brush coating properties for varnishes based on nitrocellulose and cellulose esters as well as for paints based on chlorinated derivatives.
• Butylglycol acetate is a good solvent for urethane top coats.

• As a solvent in paintwork, perfume and cosmetic, pharmaceutical, chemical industries,
• for production of acetone, isopropyl esters, isopropyl amine,
• isopropyl xanthate and a range of other organic products,
• as extracting agent for oils, natural resins and latex,
• as a freezer and an antifreeze substance,
• as a solvent of cellulose esters,
• as a degreasing agent and a detergent,
• as a heat-transfer medium in cooling machines,
• as an alkylating agent,
• as an intermediary in synthesis of a range of pharmaceuticals.

Most common solvent in preparation and use of paintwork materials. Dilutes cellulose esters, oils, fat, chlorinated rubber, vinyl polymer, carbinol resins. Addition of butyl acetate together with a small amount of butyl alcohol prevents blushing. It is used as a solvent of perchlorovinyl, polyacrylic, etc. paintwork materials, nitro-, ethyl- and acetyl cellulose, chlorinated rubber, natural and synthetic resins, vegetable oils, fat; extraction agent of aromatic compounds; component of fruit essences and perfume compositions.

Intended for dilution of oil paints, enamels and varnishes as well as paintwork materials, primers, fillers of ML (melamine), MCh (urea), PF (pentaphtol), М (oil-styrene and alkyd styrene), VN (divinyl acetylene, ethinol) grades, and drying oil and bituminous materials. White spirit is intended for dilution of bitumen, rubber-bitumen and shale mastics. It is used for dilution and rinsing of automobile preserving agents and bitumen stains as well as for degreasing surfaces. It is a universal solvent when performing renovation works, as it possesses minimum toxicity, is not hazardous in case of skin contact and possesses low flammability.

It is intended for extraction of xylene isomers and for use as a solvent of varnishes and paints, for dilution of epoxy, vinyl, acrylic, silicon polymers, nitrocellulose, chlorinated rubber.

It is intended for dilution of enamels and varnishes based on synthetic rubbers during application with paint spray gun as well as for dilution of GF-0189 black primer and synthetic enamels during electrostatic spraying.

R-4 is intended for dilution of paintwork materials based on PSKh LS and PSKh LN polyvinyl chloride chlorinated resins, vinyl chloride copolymers, epoxy resins and other film-forming substances (except for KhV-124 gray and protective enamel). R-4А is intended for dilution of paintwork materials based on PSKh LS and PSKh LN polyvinyl chloride chlorinated resins (including KhV-124 gray and protective enamel), vinyl chloride copolymers, epoxy resins and other substances.

R-5 is intended for dilution of paintwork materials based on PSKh LS and PSKh LN resins, rubbers, epoxy, polyacrylic, silicon resins and other film-forming substances.

Intended for dilution of general/special purpose nitroenamels, nitrovarnishes and nitrofillers.

Intended for dilution of general/special purpose nitroenamels, nitrovarnishes and nitrofillers.

The varnish is related to the group of electric insulation impregnating oil-resistant varnishes. The sphere of application of the FL-98 varnish includes impregnation of windings of electric motors and machines in tropical version. It has high hardenability degree, is not prone to crumbling at bends and knees, does not soften when being heated subsequently. It is also thermally elastic and resistant to tropical climate and moisture.

It is intended for finishing and tintage of the woodwork, wooden parquets and floors as well as for making a coating over oil-base paints and alkyd enamels.

The main purpose of the NTs-62 varnish is coating of metal surfaces (alloys of non-ferrous and ferrous metals) and wood. It is also suitable for coloring of glass, paper and other materials. This varnish has a number of advantages including the strength of the coating and protection against chemical attack of gasoline and organic oils. Good heat resistance may be also noted.

ML-133 varnish is intended for coating various oxidized or anodized aluminum coatings. It can be applied over enamels based on melamine- or urea-formaldehyde resin. The varnished surfaces get improved resistance to attack of oil, water and gasoline.

KO-835 organic silicone varnish is intended for varnishing metal surfaces exposed to high temperatures.

It is a solution polyphenylsiloxane and alkyd-styrene resins in organic solvents with addition of siccative.

It can be used for treatment of concrete, glass, ceramic and metal surfaces. Application of the varnish makes it possible to improve the corrosion-inhibiting and hydrophobic properties as well as frost resistance of other paintwork materials, to which the KO-815 is added.

The AK-113 varnish is suitable for application to both ferrous/non-ferrous metals, and to non-metal surfaces. The manufacturers deliver these products in two types: the acryl resin solution constitutes the basis and melamineformaldehyde resin