“严禁带电 开 盖”是使用 FontVibe AI 创作的镂空喷绘文字效果。橄榄绿军用镂空模板大写字母，带连接桥断口和柔和喷溅边，喷在钉有金属护角的旧木箱板上。

Stencil spray application aesthetic — the visual language of pigment applied through a physical template onto an industrial surface. SPRAY MEDIUM: paint deposited through a cut template creates the defining edge characteristics — hard inner boundary where stencil material masked the surface, soft outer halo where overspray bled beyond the template edge. Paint density peaks at the center of strokes, thins toward periphery. Drip runs descend from areas of heavy paint application. The spray medium is matte and pigment-dense, completely unlike liquid or digital media. COLOR REGIME: maximum contrast two-tone palette — the stencil process is inherently binary. Primary combinations: black on concrete grey, military olive on weathered wood, white on rusted metal, warning red on industrial steel. The surface beneath always participates: substrate texture shows through thinner paint coverage, grounding the mark in physical space. SURFACE CONTEXT: stencil typography implies a physical surface — concrete wall, wooden crate, corrugated metal, canvas fabric. The substrate texture is visible through and around the paint layer, never a neutral void. Surface imperfections coexist naturally with the spray marks. When no specific material is defined by the font: default spray environment — matte black spray paint on rough concrete grey surface, visible overspray halo at letter edges, slight texture of concrete aggregate showing through paint. A rust-pocked corrugated steel electrical cabinet door, faded factory-grey paint with exposed seams, rivets, shallow dents, old warning-label residue, and a narrow glimpse of bundled conduit at the frame edge. The exact Chinese text “严禁带电\n开 盖” is applied as a high-visibility warning stencil in dense matte warning red pigment. Paint is deposited through a physical cut template: sharply masked interior contours, faint red overspray halo around the outer edges, uneven pigment accumulation in broad areas, steel texture and corrosion faintly visible through thinner coverage, and a few short vertical paint drips beneath heavily sprayed sections. Cold overhead fluorescent tubes cast flat institutional illumination across the metal, with a restrained hard reflection tracing the corrugation ridges. A small faded yellow electrical hazard triangle and scratched inspection marks sit nearby as subordinate industrial details. The warning text carries dominant visual weight, reading as an authentic factory safety marking rather than a digital graphic. Two-color palette: warning red and oxidized blue-grey steel, documentary industrial photography, high-resolution surface detail.