Stripe Coating Welds, Edges, Bolts and Difficult Geometry
Spray-applied coating can pull thin across sharp edges and miss recessed details. Stripe coating adds focused material where geometry makes uniform film build difficult.
Where Thin Film Develops
Edges, welds, bolt heads, nuts, corners, pits, crevices and cutouts can receive less effective film than broad flat surfaces. These locations are common early corrosion points.
What a Stripe Coat Does
A stripe coat is applied deliberately to designated details using a brush, roller or other approved method. It works with the full-coat sequence; it is not a substitute for complete system coverage.
Sequence Is Specification-Driven
The contract may require stripe coating before a full coat, after a full coat or at multiple stages. Timing must respect cure and recoat windows, and the stripe material must be compatible with the complete system.
Surface Preparation Still Controls
Stripe coating cannot compensate for inaccessible rust, sharp fabrication defects, weld spatter, oil or inadequate preparation. Fabrication corrections and preparation acceptance occur before coating.
Inspect the Details
Visual inspection should confirm continuity around the required geometry. Dry-film measurement on small or irregular features may require project-specific methods and experienced interpretation.
Document Required Areas
The quality plan can define which details receive stripe coats, product, color where useful, method, sequence and repair expectations. Photographs provide a useful record before full coverage hides the work.