Dedicated passivation routes for die-cast aluminium, stainless steel and magnesium.
Select against metal grade, surface condition and corrosion criteria and validate on actual components.
Dedicated passivation routes for die-cast aluminium, stainless steel and magnesium.
RT = ambient temperature. Values are trial references from product literature, not production instructions. Confirm model-specific TDS and SDS and validate on actual components before use.
For oxidation and mould protection of die-cast aluminium. Validate adhesion and corrosion performance for the intended coating.
Based on product literature for the matching item numberProduct source · 1688 ↗Ask about this model / quote & sample ↗For natural-finish stainless steel passivation. Preclean, passivate, rinse, dry and inspect against corrosion criteria for the actual service environment.
Based on product literature for the matching item numberProduct source · 1688 ↗Ask about this model / quote & sample ↗A chromium-free route for magnesium alloy automotive, 3C and lightweight components. Confirm A/B ratio, pretreatment and operating conditions with technical support.
Based on product literature for the matching item numberProduct source · 1688 ↗Ask about this model / quote & sample ↗Include component photos, treatment goals and acceptance criteria. Our technical team will review materials, equipment and downstream operations to define candidate products and a trial plan.
Do not assume interchangeability. Match separate models to die-cast aluminium, stainless steel and magnesium, with trials against alloy, finish and corrosion criteria.
Assess oils, polishing wax and surface condition, then establish pretreatment, rinsing and drying against the selected model. Confirm conditions separately for each metal and passivation system.
Share alloy grade, contamination, equipment, available temperature, downstream requirements and component photos, together with finish and acceptance criteria.
Website conditions support initial selection. Obtain model-specific TDS and SDS and validate actual components, equipment, water quality and downstream requirements before production. Do not interchange model parameters.
Tell us about your substrate, process and goals.
