ARMOR Chemie® Corrosion Protection Coatings are designed to provide long-term corrosion resistance and maintain an excellent aesthetic appearance for a wide range of civil construction projects. These coatings offer reliable protection for:
- Industrial and manufacturing facilities — safeguarding structural steel frameworks, pipelines, and equipment from corrosion caused by humidity, chemical exposure, or operational wear.
- Commercial buildings and shopping centers — maintaining the integrity and appearance of steel and concrete structures subjected to atmospheric exposure, high foot traffic, and routine maintenance.
- Sports facilities and stadiums — protecting exposed metal frameworks, bleachers, and support structures from UV radiation, moisture, and mechanical impact while preserving visual appeal.
- Swimming pools and recreational centers — providing chemical-resistant coatings that withstand constant exposure to chlorinated water, humidity, and temperature fluctuations.
- Warehouses and logistics complexes — ensuring the durability of metal racks, structural supports, and cladding in environments subject to dust, humidity, and occasional mechanical impact.
- Prefabricated and modular buildings with steel frameworks — offering high-performance protective coatings that allow for rapid construction while maintaining corrosion resistance and visual quality.
ARMOR Chemie® coatings have been tested and proven for long-term durability, environmental resistance, and compliance with international standards. Products undergo mandatory and voluntary certification processes, demonstrating their reliability in harsh atmospheric conditions, resistance to UV exposure and moisture, and compatibility within multi-layer coating systems.
By using ARMOR Chemie® products, developers and contractors can ensure a premium protective coating system that combines high-performance industrial coatings, minimal maintenance requirements, and long-lasting aesthetic results, making them a preferred solution for modern civil construction projects.
Standard Solutions
ARMOR Chemie® — Industrial and Protective Coatings That Truly Work
LLC “Art Industry Company” (Belarus) is the manufacturer of ARMOR Chemie® anti-corrosion coatings. We develop, produce, and implement advanced solutions for protecting metal structures and equipment from corrosion, as well as atmospheric and mechanical impacts. Our materials, created using cutting‑edge technologies and 30 years of expertise, ensure durability, reliability, and reduced maintenance costs.
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FAQ
Corrosion protection coatings safeguard steel and concrete structures from the damaging effects of moisture, aggressive chemicals, and atmospheric exposure. These coatings extend the service life of buildings, reduce the frequency of maintenance and repair, and enhance the safety and reliability of facilities with high occupancy, such as shopping centers, sports complexes, parking structures, and public buildings.
By applying epoxy primers, polyurethane topcoats, and high-build coating systems, structures receive barrier protection, mechanical resistance, and long-term durability, ensuring minimal maintenance and long-life corrosion protection in harsh environmental conditions.
Protective coatings are recommended for load-bearing steel structures both indoors and outdoors, as well as for concrete and reinforced concrete elements. Coatings can also be applied to structures in contact with soil or submerged in water, providing comprehensive protection for all components of a building or civil engineering structure.
Using epoxy primers, polyurethane topcoats, and high-build 2K coating systems ensures barrier protection, mechanical resistance, and long-term corrosion protection, even in harsh environmental conditions.
In civil construction, the selection and application of corrosion protection coatings are guided primarily by the ISO 12944 series, the international standard for protective coatings on steel structures. ISO 12944 provides a comprehensive framework for designing long-lasting coating systems by:
Classifying corrosive environments from low (C1) to very high (C5 and CX), allowing engineers to choose coatings appropriate for atmospheric exposure, urban pollution, marine conditions, or industrial environments.
Defining surface preparation requirements, ensuring proper adhesion and maximizing the effectiveness of primers, intermediate coats, and topcoats.
Specifying coating systems including recommended types of primers, intermediate layers, and topcoats, as well as dry film thickness (DFT) and overcoating intervals.
Establishing testing and performance criteria, including resistance to corrosion, UV exposure, weathering, and mechanical stress, to verify that coatings deliver the expected long-term protection.
By adhering to ISO 12944, architects, engineers, and contractors can design optimized protective coating systems, ensuring heavy-duty corrosion protection, minimal maintenance, and extended service life for steel and concrete structures in civil infrastructure.
Modern corrosion protection coatings provide long-term durability, often up to 30 years or more, while maintaining high-performance mechanical and decorative properties. They are designed for easy application, including year-round use and compatibility with mechanically prepared surfaces, which accelerates installation and reduces operational and maintenance costs.
By using epoxy primers, polyurethane topcoats, high-build coatings, and barrier protection systems, structures benefit from heavy-duty corrosion protection, mechanical resistance, gloss retention, and minimal maintenance requirements, ensuring long life and reliability for both steel and concrete elements in civil and industrial construction.
Each type of structure requires specialized coating systems. Proper selection of epoxy primers, polyurethane topcoats, or high-build coatings ensures optimal barrier protection, heavy-duty corrosion resistance, and long-term durability for both steel and concrete elements. Using coatings designed for the specific substrate maximizes performance and extends the service life of the structure.
