Epoxy Paint

Epoxy paint is a two-component, high-durability coating consisting of epoxy resin and a hardener. After application, it forms a strong chemical bond with the surface, providing superior resistance to abrasion, impact, water, and chemical exposure. It is widely used in industrial, automotive, marine, storage, laboratory, and food production sectors. Epoxy paints offer long-lasting, aesthetic, and protective coatings on floors, metal, and composite surfaces.

Properties

• Two-component system (resin + hardener)
• High chemical and mechanical resistance
• Strong adhesion to concrete, steel, and composite surfaces
• Protection against water, oil, acids, bases, and solvents
• Provides a smooth, cleanable surface
• Available in solvent-based and solvent-free (100% solid) versions

Application Surfaces

• Industrial concrete floors
• Steel structures and metal surfaces
• Ship hulls and containers
• Interior surfaces of water tanks, laboratories, and pools
• Automotive underbody components

Application Areas

• Floor coatings and warehouse areas
• Chemical and pharmaceutical production lines
• Automotive underbody and interior panel systems
• Hygienic zones in food production facilities
• Marine and ship painting systems

Application Techniques

Surface Preparation

• Surfaces must be dry, clean, and free of oil
• Mechanical grinding or sanding is recommended for concrete surfaces
• On metal surfaces, rust and oxide layers must be removed

Application Method

• The two components must be mixed according to the manufacturer’s ratio
• Must be applied within the pot life period
• Can be applied using roller, brush, spray, or trowel
• Drying time between coats varies depending on product specifications

Advantages

• High durability and long service life
• Dust-resistant and easy-to-clean surface
• Resistance to water and chemicals
• Provides industrial-grade aesthetics
• Suitable for heavy traffic (vehicles, pedestrians, forklifts)
• Ideal for antibacterial environments

Limitations

• Surface preparation requires high precision
• Application conditions (humidity and temperature) affect performance
• Limited mixing time; rapid application is necessary
• Incorrect mixing ratios can lead to surface defects