10–100× nucleation increase
Dramatically finer crystal structure (2–5 µm)
Bath Auxiliary · Process-engineered chemistry
Pass OEM Paint Adhesion Audits Every Time
01 / Product brief
Titanium-based colloidal surface conditioner applied as a rinse immediately before zinc or manganese phosphating. Deposits titanium nucleation sites on the metal surface, increasing phosphate crystal nucleation density by 10–100×, producing finer (2–5 µm) and denser crystal structure than unconditioned metal (10–20 µm).
The difference between passing and failing OEM paint adhesion audits is frequently conditioning — not phosphating chemistry. Fine 2–5 µm crystal from a conditioned surface provides far superior paint anchor profile versus unconditioned 10–20 µm crystal.
02 / Performance
Product-specific outcomes for production quality, operating control and line performance.
Dramatically finer crystal structure (2–5 µm)
Conditioning difference is critical for compliance
Enhances zinc, manganese, and iron phosphating
04 / Process position
Applied at Stage 4 (Condition) immediately before phosphating — nucleates fine crystal structure for superior paint adhesion.
Process stage
Process stage
Process stage
Process stage
Applied at Stage 4 (Condition) immediately before phosphating — nucleates fine crystal structure for superior paint adhesion.
Process stage
Process stage
Process stage
Process stage
05 / Applications
Typical applications and substrate conditions for UNIKCONDITIONER.
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.