Corrosion Protection for Agriculture Equipment

Yes. Agricultural implements accumulate layers of caked soil, chemical residue, and corroded finish material that are among the most challenging contaminants we encounter. Ultrasonic cavitation combined with appropriate cleaning chemistry breaks down this heavy contamination in a controlled process. For heavily soiled components, we may run sequential cleaning cycles with different solutions to address organic, chemical, and mineral contamination layers. Parts are verified clean before proceeding to surface preparation and coating application.

Submit a quote request through our website or contact us directly with your part details, quantity, substrate material, and any specification requirements. We respond to quote requests within one business day for standard applications. For complex or specification-driven work, we may request drawings or samples to ensure accurate pricing and process planning. Include your target timeline so we can confirm availability.

Cerakote acts as an electrical insulator between dissimilar metals, breaking the galvanic circuit that drives accelerated corrosion at material interfaces. Dielectric strength of 3,000 volts per mil (H-900 series) provides substantial electrical isolation. This is particularly valuable on assemblies combining aluminum with steel, titanium with stainless, or any multi-material design where galvanic corrosion would otherwise require sacrificial anodes or isolation washers.

Yes. We generate First Article Inspection (FAI) reports per AS9102 when required by your purchase order or quality agreement. FAI reports document coating thickness, adhesion, color consistency (Delta E measurement), and visual inspection results for the initial production unit. All data is recorded on calibrated instruments with traceable serial numbers. FAI documentation ships with the first article or is available electronically.

The complete marine coating stack, ultrasonic cleaning followed by sandblasting followed by chemical conversion or passivation followed by Cerakote, depends on contamination-free surfaces at every step. Ultrasonic cleaning removes the salt, biological, and chemical contaminants specific to marine hardware. Subsequent blasting creates the mechanical profile. Each step builds on the previous one. Skipping ultrasonic cleaning on marine components risks chloride contamination under the coating, which initiates corrosion that the coating was meant to prevent.