“RAW STEEL MATERIAL STUDY COLD-FORGED FINISH INDUSTRIAL SERIES · 2026” is a Metallic text effect text effect created with FontVibe AI. Chrome and steel textures that catch the light with industrial strength. Wide 16:9 typographic key art, precision-rendered metallic material study. Exact text, set with flawless spelling and spacing: Top center, small condensed uppercase: “MATERIAL STUDY” Center, dominant two-line headline: “RAW” / “STEEL” Below headline, small uppercase: “COLD-FORGED FINISH” Bottom center, micro line: “INDUSTRIAL SERIES · 2026” Composition: headline occupies 72% of canvas width and 54% of canvas height, centered with generous black negative space. Create custom ultra-bold wide display letterforms for “RAW STEEL,” formed from flowing liquid mercury rather than ordinary solid type: thick broad strokes, slightly bulging convex profiles from high surface tension, mirror-silver chrome faces, subtly tapered teardrop drips at selected R, W, S and L terminals, as if the metal is holding its shape against gravity. Deep 3D extrusion, tightly compressed bevel-edge highlights, crisp geometry, controlled tracking. The letter faces reflect a smooth environmental gradient: near-white cold highlight along upper-left planes, pale blue-grey midtones, deep graphite reflection in lower-right valleys. No flat paint, no gold, no rust. Stage the liquid-metal letters inside a dark industrial environment: charcoal-black to steel-blue gradient backdrop, restrained depth haze, faint brushed-steel floor plane catching a soft inverted reflection and heavy physical shadows. A broad rectangular cold-white key light from upper left creates long continuous specular bands across the reflective lettering; cool cyan rim light traces the right edges; minimal blue ambient fill remains visible in shadow zones. Add barely visible horizontal anisotropic brushed-steel grain only to the floor and distant background panels, not to the liquid lettering. High-end ray-traced 3D render, realistic mirror reflections, sharp bevel transitions, clean centered hierarchy, no people, no logos, no extra text, no clutter. Wide 16:9 typographic key art, precision-rendered metallic material study. Exact text, set with flawless spelling and spacing: Top center, small condensed uppercase: “MATERIAL STUDY” Center, dominant two-line headline: “RAW” / “STEEL” Below headline, small uppercase: “COLD-FORGED FINISH” Bottom center, micro line: “INDUSTRIAL SERIES · 2026” Composition: headline occupies 72% of canvas width and 54% of canvas height, centered with generous black negative space. Create custom ultra-bold wide display letterforms for “RAW STEEL,” formed from flowing liquid mercury rather than ordinary solid type: thick broad strokes, slightly bulging convex profiles from high surface tension, mirror-silver chrome faces, subtly tapered teardrop drips at selected R, W, S and L terminals, as if the metal is holding its shape against gravity. Deep 3D extrusion, tightly compressed bevel-edge highlights, crisp geometry, controlled tracking. The letter faces reflect a smooth environmental gradient: near-white cold highlight along upper-left planes, pale blue-grey midtones, deep graphite reflection in lower-right valleys. No flat paint, no gold, no rust. Stage the liquid-metal letters inside a dark industrial environment: charcoal-black to steel-blue gradient backdrop, restrained depth haze, faint brushed-steel floor plane catching a soft inverted reflection and heavy physical shadows. A broad rectangular cold-white key light from upper left creates long continuous specular bands across the reflective lettering; cool cyan rim light traces the right edges; minimal blue ambient fill remains visible in shadow zones. Add barely visible horizontal anisotropic brushed-steel grain only to the floor and distant background panels, not to the liquid lettering. High-end ray-traced 3D render, realistic mirror reflections, sharp bevel transitions, clean centered hierarchy, no people, no logos, no extra text, no clutter.

Generated on yesterday · 2848 × 1600 · JPG · Shared by the creator