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Topcoats

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ARMOPUR®

ARMOPUR® TOPCOAT 111 "GRAPHITE"

Two-component acrylic‑polyurethane weather‑resistant enamel with a decorative “graphite” effect. It creates a rough metallic finish resembling fine‑grit sandpaper, with iridescent shifts and relief that accentuates the shape of forged and decorative elements.

acrylic polyurethanespecial effect for forgingSpecial effects
ARMOPUR®

ARMOPUR® TOPCOAT 112

Two‑component acrylic‑polyurethane high‑gloss light‑fast enamel for coating equipment and metal structures with a bright decorative effect.

acrylic‑polyurethanehigh atmospheric resistancecolored according to RAL, NCS and sample
ARMALKYD®

ARMALKYD® TOPCOAT 121

Single‑component alkyd‑acrylic weather‑resistant glossy enamel.

modified alkydfast dryingcolored according to RAL, NCS and sample
ARMOPUR®

ARMOPUR® TOPCOAT 264 Semi‑gloss

Two‑component semi‑gloss acrylic‑polyurethane enamel. Also used as a 2K base paint for subsequent coating with acrylic lacquers.

acrylic‑polyurethanemetallic effectColor‑matched to RAL, NCS and sample.
ARMOPUR®

ARMOPUR® TOPCOAT 111

Two‑component acrylic‑polyurethane weather‑resistant high‑gloss enamel.

acrylic polyurethanecolored according to RAL, NCS, and sample
ARMOPUR®

ARMOPUR® TOPCOAT 161

Two‑component acrylic‑polyurethane high‑gloss lightfast enamel for coating equipment and metal structures with a bright decorative effect.

acrylic‑polyurethanehigh weather resistanceColor‑matched to RAL, NCS and the sample
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FAQ

Answer. Topcoats is a decorative and protective paint coating that forms a finish layer with a specified color, gloss, and texture. It protects metal, wood or other substrates from corrosion, moisture, and atmospheric influences. In AKZ, industry, and transport engineering, coating enamels are used for decorative finishing and long‑term protection of equipment, bodies, machines and construction structures.

Answer. Acrylic‑polyurethane enamels possess high lightfastness, excellent adhesion to primer coatings, physicomechanical properties (hardness, elasticity, mechanical impact). They dry quickly, are easy to apply and retain gloss and colour even during prolonged outdoor service. Such coatings are suitable for metal structures in AKZ used both indoors and outdoors, painting of buses, transport and construction machinery, as well as for any objects where aesthetics and durability are important.

Answer. One‑component alkyd enamels are well suited for interior or exterior painting of metal structures or equipment, providing ease of application and uniform coverage, but they have limited resistance to ultraviolet radiation, chemical exposure and mechanical loads, making them less durable when used outdoors or in demanding conditions. Two‑component acrylic‑polyurethane enamels, cured with polyisocyanate, form a strong, elastic and chemically resistant coating with high resistance to UV radiation, mechanical loads and atmospheric factors, which makes them preferable for exterior applications, transport engineering and other heavily used objects.

Answer. Coating enamels, including primer‑finish coating, serving as finish coats, are available in high-gloss, gloss, semi-gloss, semi-matte,  deep matte finishes, allowing selection of a coating to meet design and functional requirements. High gloss gives the surface a striking appearance, emphasizing colour and shape, while matte enamels hide surface defects and create a more restrained aesthetic effect. Gloss does not affect the protective properties of the coating but determines the visual result and ease of maintenance. 
Our range also includes enamels with decorative effects, textured coatings of various forms and types, as well as special coatings designed to address specific tasks and create a unique appearance of the surface.

Answer. Yes, of course. Modern primer‑finish coatings based on acrylic‑polyurethane or epoxy can be used as a standalone decorative coating. They simultaneously protect the surface and form a decorative layer with the required color and gloss, which reduces the number of layers and speeds up the production process. This approach is especially convenient for transportation and industrial applications, where time savings and process reduction are important.