Nano Organic Titanium Heavy Duty Anti-Corrosion Coating – Salt Chemical Industry Special Primer & Topcoat

Description

Nano Organic Titanium Heavy-Duty Anti-Corrosion Coating Special Primer & Topcoat System for Salt Chemical Industry

In the harsh production environments of the salt chemical industry, equipment and facilities are constantly exposed to high-concentration acids, alkalis, salts, marine salt spray, and high humidity. Traditional anti-corrosion coatings often fail to provide long-term protection.

Our Nano Organic Titanium Heavy Anti-Corrosion Coating System (Primer + Topcoat), developed with advanced nano organic titanium polymer and graphene composite technology, delivers superior, long-lasting protection for salt chemical enterprises.

Product Features & Advantages

Nano Organic Titanium Heavy Anti-Corrosion Primer (Salt Chemical Grade)

• Two-component (A/B) ambient temperature curing titanium-based polymer alloy primer
• Main components: Nano organic titanium polymer, high-performance resin, graphene, anti-rust pigments
• Available in solvent-based and solvent-free versions
• Excellent adhesion (Cross-cut test: 0–1 grade)
• Outstanding flexibility, water resistance, abrasion resistance, anti-penetration, and chemical resistance
• Theoretical coverage: Solvent type ≈ 4 m²/kg | Solvent-free ≈ 5 m²/kg

Nano Organic Titanium Heavy Anti-Corrosion Topcoat (Salt Chemical Grade)

• Two-component ambient temperature curing titanium-based polymer alloy topcoat
• Main components: Nano organic titanium polymer, high-performance alloy resin, graphene pigments and fillers
• Available colors: Dark Grey / Black, High gloss finish
• Superior water resistance, abrasion resistance, anti-penetration, and chemical resistance
• Theoretical coverage: Solvent type ≈ 5 m²/kg | Solvent-free ≈ 6 m²/kg

Recommended Coating System

• Standard Protection: 2–3 coats primer + 2 coats topcoat (Total DFT ≥ 250 μm)
• Heavy-Duty Protection: 3–4 coats primer + 2 coats topcoat (or add intermediate coat), Total DFT ≥ 400–500 μm

Suitable Environments

• Long-term exposure to acid, alkali, and salt media (≤ 80°C)
• Marine salt spray and high-humidity environments
• Steel structures, concrete storage tanks, pipelines, equipment, and factory buildings

Application Guidelines

• Surface Preparation: Sa2.5 abrasive blasting, roughness 30–70 μm
• Application Methods: Airless spray (recommended), brush, or roller
• Mixing Ratio: A:B = 5:1 (by weight), stir thoroughly and filter through 100-mesh sieve
• Drying Time (25°C): Touch dry 2 hrs, Hard dry 24 hrs, Full cure 7 days
• Re-coating Interval: Minimum 3 days (after full cure of previous layer)
• Pot Life: Use within 4 hours after mixing

Key Performance Highlights

• Excellent chemical resistance (30% sulfuric acid, 30% sodium hydroxide – no change after long-term immersion)
• Strong adhesion (Pull-off strength ≥ 15 MPa)
• Pencil hardness up to 6H, excellent impact and abrasion resistance
• Salt spray resistance ≥ 5000 hours
• Long-term service temperature up to 80°C in salt chemical and marine environments

Packaging

• Component A: 20 kg/drum
• Component B: 4 kg/drum

Note: This product is non-hazardous for transportation. In case of eye contact, rinse immediately with plenty of water.

Proven Performance This nano organic titanium anti-corrosion coating system has been successfully applied in multiple salt chemical plants, significantly extending equipment service life and reducing maintenance costs. It is a reliable and cost-effective solution for heavy-duty corrosion protection in the salt chemical industry.

We welcome inquiries for technical consultation, customized coating solutions, and sample testing. Our technical team will provide the most suitable system recommendation according to your specific working conditions.