500+ hours salt spray
Highest corrosion performance in phosphating range
Phosphating · Process-engineered chemistry
Maximum Corrosion Protection for Outdoor Storage
01 / Product brief
High-temperature, heavy-coat zinc phosphating producing 15–25 g/m² at 65–75°C. Elevated temperature and extended reaction produce a dense, thick coating for maximum standalone corrosion protection. Salt spray exceeds 500 hours on coated and passivated ferrous substrates in independent testing.
15–25 g/m² coating weight extends salt-spray performance to 480–600 hours (with passivation) on ferrous substrates — the highest corrosion performance available from a phosphating process. Preferred where no paint topcoat is applied.
02 / Performance
Product-specific outcomes for production quality, operating control and line performance.
Highest corrosion performance in phosphating range
Standalone protection without topcoat needed
For railway, agricultural, and infrastructure use
04 / Process position
Applied at Stage 5 (Phosphate) at elevated temperature — produces heavy-duty coating for maximum standalone outdoor corrosion protection.
Process stage
Process stage
Process stage
Process stage
Process stage
Applied at Stage 5 (Phosphate) at elevated temperature — produces heavy-duty coating for maximum standalone outdoor corrosion protection.
Process stage
Process stage
Process stage
05 / Applications
Typical applications and substrate conditions for UNIKOAT LT2000.
Technical support
Share your substrate, current bath, throughput and finishing system. Our process team will recommend a practical trial window.
Whether you're scaling a phosphating line, addressing inconsistency across plants, or moving to chromium-free systems — our team is ready to engineer chemistry around your process.