| Architectural Coatings | Interior and exterior walls | Decoration, wall protection, stain resistance, mildew control, weathering | Choose primer plus interior or exterior topcoat | Wall condition, moisture, finish, color, exposure, expected service life |
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| Floor Paint Systems | Concrete floor and prepared floor systems | Wear, slip, color, parking, workshop traffic, anti-static, anti-corrosion | Select epoxy, solvent-free, waterborne, PU, anti-static, or anti-corrosion route | Load, moisture, conductivity, anti-slip texture, chemicals, downtime |
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| Waterborne PU Mortar Floors | Concrete floors in demanding processing areas | Wet processing, thermal shock, heavy load, hygiene, anti-static | Use PU mortar route when performance demand is above standard resin floor paint | Temperature range, cleaning chemicals, thickness, slip texture, conductivity |
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| Industrial Protective Coatings | Steel, zinc, aluminum, concrete in industrial contexts | Corrosion, weathering, chemical stress, heat, marine or equipment exposure | Build a primer, intermediate coat, and topcoat system | Standard requirement, surface preparation, DFT, temperature, chemicals |
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| Polyaspartic Polyurea Systems | Concrete, tile, metal, wood, waterproof details, complex structures | Seamless waterproofing, quick repair, UV, immersion, complex details | Choose project-specific polyurea route plus primer or sealant | Application method, thickness, water exposure, UV, substrate dryness |
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| Frozen / Energy-Saving Coatings | Exterior walls, roofs, glass, building envelope | Solar heat gain, thermal comfort, energy-saving positioning | Confirm whether transparent, adiabatic, or nano route fits the surface | Substrate, transparency, climate, target cooling effect, maintenance |
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