| 01 | Manufacturer Profile A | Waterborne pure acrylic | Concrete, masonry, prepared metal | 42–50% | Low; commonly below 100 g/L | 40–60 μm | 1–2 hours at 23°C | 4–8 hours | 5–85 GU | Strong color and gloss retention | ISO 2813 gloss data; adhesion testing | Architectural and low-VOC projects |
| 02 | Manufacturer Profile B | Solvent-borne acrylic enamel | Steel, galvanized steel, machinery | 45–58% | Typically 350–500 g/L | 35–50 μm | 30–60 minutes | 6–12 hours | 60–90 GU | Good outdoor durability with proper primer | ASTM D3359 adhesion; hardness data | Industrial equipment and metal fabrication |
| 03 | Manufacturer Profile C | Hydroxyl acrylic polyurethane-compatible topcoat | Steel, aluminum, composite panels | 48–60% | Typically 300–450 g/L | 40–60 μm | 1–3 hours | 8–24 hours | 70–95 GU | High appearance and chemical resistance | Chemical resistance and accelerated-weathering results | Premium OEM and transportation finishes |
| 04 | Manufacturer Profile D | Waterborne acrylic-urethane hybrid | Metal, wood, plastic with suitable primer | 38–48% | Low; commonly below 150 g/L | 35–55 μm | 1–2 hours | 4–10 hours | 10–80 GU | Balanced flexibility and surface hardness | VOC report; cross-cut adhesion; abrasion test | Indoor industrial and sustainability-focused buyers |
| 05 | Manufacturer Profile E | Fast-drying thermoplastic acrylic | Steel structures and fabricated parts | 40–55% | Typically 400–550 g/L | 25–45 μm | 15–30 minutes | 2–6 hours | 50–90 GU | Good initial appearance and productivity | Drying-time records; coating-thickness control | High-throughput workshops and general fabrication |
| 06 | Manufacturer Profile F | Acrylic anticorrosive finish coat | Carbon steel over compatible primer | 45–58% | Typically 300–450 g/L | 50–75 μm | 1–3 hours | 8–16 hours | 30–85 GU | Designed for multi-coat corrosion systems | ISO 12944 system documentation; salt-spray data | Structural steel and infrastructure maintenance |
| 07 | Manufacturer Profile G | Weather-resistant acrylic dispersion | Exterior concrete, cement board, masonry | 40–52% | Low; commonly below 100 g/L | 50–100 μm | 1–2 hours | 4–8 hours | 5–70 GU | Good resistance to UV and alkaline substrates | ISO 7783 water-vapor data; exterior exposure results | Building façades and decorative protection |
| 08 | Manufacturer Profile H | Acrylic topcoat for powder-coat repair | Pre-painted metal and aluminum profiles | 42–55% | Varies by solvent package | 25–40 μm | 30–90 minutes | 4–12 hours | 20–90 GU | Focus on color matching and adhesion | Colorimetric ΔE data; adhesion and intercoat compatibility | Repair, touch-up, and profile finishing |
| 09 | Manufacturer Profile I | High-build acrylic protective coating | Steel, concrete, industrial floors | 50–65% | Typically 250–400 g/L | 75–150 μm | 2–4 hours | 12–24 hours | 20–80 GU | Improved barrier protection at greater film build | Abrasion, impact, and dry-film-thickness records | Heavy-duty maintenance and protective applications |
| 10 | Manufacturer Profile J | Custom-tinted acrylic topcoat | Metal, plastic, wood, and composite substrates | 35–55% | Depends on waterborne or solvent-borne design | 30–70 μm | 30 minutes–3 hours | 4–24 hours | 5–95 GU | Flexible formulation and color-development capability | Pilot-batch records; color approval panels; batch traceability | Private-label, OEM, and small-to-medium custom orders |