$14.00
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Rust converter Agat-Avto "ZINCAR " 60ml
10 available
Details
Shipping: US-Mainland: free (more destinations)
Condition: Brand new
Returns: 7 days, buyer pays return shipping (more)
Designed based on zinc and manganese compounds. When applied on the metal surface, an “active” protective zinc-manganese phosphate coating is formed. Zinc “works” when foci of electrochemical corrosion occur. Manganese creates the effect of alloying the surface.
SIMPLE and EFFECTIVE TO USE!
Modern methods of protecting metals from corrosion can conditionally be reduced to two large groups.
The first is electrochemical protection: the creation of galvanic couples and corresponding electrical potentials, where a more active metal acts as a "protector" - it collapses, protecting the steel structure.
The second is conservation methods of protection, the creation of an additional protective layer on the metal surface (for example: applying a paint and varnish coating). In fairness, it must be said that electrochemical protection, as a rule, is not applied in its pure form, as a mandatory addition to it is conservation of the surface of the steel structure.
The rust converter “ZINCAR” is a preparation in which it was possible to combine the advantages of the two directions of corrosion protection. Combining this does not mean getting “two” by simple addition: “one” plus “one”. In our case, this is finding the optimal ratio of the components included in the composition: phosphoric acid, certain salts of zinc and manganese, organic additives.
When the drug is applied to the metal surface, the oxide forms of iron are destroyed and converted to phosphates, and reactions involving zinc and manganese occur simultaneously. The result is the creation on the surface of the steel structure at the same time strong and at the same time "active" complex-element protective layer. The ingredients included in the “ZINCAR” must be in strictly defined proportions! Since their redistribution in the process of forming a protective coating is the “key” to the effectiveness of the ZINKAR rust converter, combining galvanic-potentiometric and mechanical-strength properties of protection.
Application area:
"Tsinkar" is intended for the treatment of metal (steel) surfaces in order to remove (convert) corrosion damage (rust) and protect the treated surfaces from subsequent atmospheric and climatic influences.
Products (structures) made of steel are subject to processing: garages, roofs, automobiles, trusses (supports) of bridges and overpasses, products with welded seams, riveted joints. Processing is carried out before painting or applying other protective coatings.
Product Efficiency:
Due to the active constituents, the effectiveness of this drug is 2–4 times higher than the “Rust Converters” monophosphate composition (widely represented on the Russian market).
Active zinc and manganese form a strong protective layer on the surface to be treated. In this case, zinc “works” when foci of corrosion occur, manganese creates the effect of alloying the surface, strengthens the protective layer, which is not observed when using monophosphate compositions.
Consumption rates:
A single treatment of 1 m2 - 110-340 g. Consumption depends on the method of application and the condition of the surface being treated.
Benefits:
• ease of use;
• more uniform distribution of the product on the surface;
• saving the drug;
• the ability to process hidden cavities and hard-to-reach surfaces (for example: ceiling, remote, etc.).
SIMPLE and EFFECTIVE TO USE!
Modern methods of protecting metals from corrosion can conditionally be reduced to two large groups.
The first is electrochemical protection: the creation of galvanic couples and corresponding electrical potentials, where a more active metal acts as a "protector" - it collapses, protecting the steel structure.
The second is conservation methods of protection, the creation of an additional protective layer on the metal surface (for example: applying a paint and varnish coating). In fairness, it must be said that electrochemical protection, as a rule, is not applied in its pure form, as a mandatory addition to it is conservation of the surface of the steel structure.
The rust converter “ZINCAR” is a preparation in which it was possible to combine the advantages of the two directions of corrosion protection. Combining this does not mean getting “two” by simple addition: “one” plus “one”. In our case, this is finding the optimal ratio of the components included in the composition: phosphoric acid, certain salts of zinc and manganese, organic additives.
When the drug is applied to the metal surface, the oxide forms of iron are destroyed and converted to phosphates, and reactions involving zinc and manganese occur simultaneously. The result is the creation on the surface of the steel structure at the same time strong and at the same time "active" complex-element protective layer. The ingredients included in the “ZINCAR” must be in strictly defined proportions! Since their redistribution in the process of forming a protective coating is the “key” to the effectiveness of the ZINKAR rust converter, combining galvanic-potentiometric and mechanical-strength properties of protection.
Application area:
"Tsinkar" is intended for the treatment of metal (steel) surfaces in order to remove (convert) corrosion damage (rust) and protect the treated surfaces from subsequent atmospheric and climatic influences.
Products (structures) made of steel are subject to processing: garages, roofs, automobiles, trusses (supports) of bridges and overpasses, products with welded seams, riveted joints. Processing is carried out before painting or applying other protective coatings.
Product Efficiency:
Due to the active constituents, the effectiveness of this drug is 2–4 times higher than the “Rust Converters” monophosphate composition (widely represented on the Russian market).
Active zinc and manganese form a strong protective layer on the surface to be treated. In this case, zinc “works” when foci of corrosion occur, manganese creates the effect of alloying the surface, strengthens the protective layer, which is not observed when using monophosphate compositions.
Consumption rates:
A single treatment of 1 m2 - 110-340 g. Consumption depends on the method of application and the condition of the surface being treated.
Benefits:
• ease of use;
• more uniform distribution of the product on the surface;
• saving the drug;
• the ability to process hidden cavities and hard-to-reach surfaces (for example: ceiling, remote, etc.).