Sans Normal Agraf 12 is a regular weight, normal width, monoline, upright, tall x-height font.
Keywords: ui text, product design, editorial, signage, presentations, clean, modern, neutral, friendly, functional, versatility, clarity, readability, systematic design, geometric, rounded, open apertures, even color, high legibility.
This typeface is a clean, geometric sans with smooth, rounded curves and largely uniform stroke thickness. Capitals are simple and sturdy with straight-sided forms and circular bowls, while the lowercase shows a tall, prominent x-height and compact extenders that keep lines visually dense. Counters are open and generous, terminals are mostly flat or softly squared, and the overall spacing yields an even typographic color. Numerals follow the same geometric logic, with clear shapes and straightforward construction suited to continuous text and UI settings.
It performs well in interfaces, dashboards, and product experiences where consistent rhythm and legibility matter. The tall lowercase presence also suits editorial paragraphs, captions, and presentation decks, while the straightforward capitals and numerals make it effective for signage, labels, and informational graphics.
The overall tone is modern and neutral with a subtly friendly feel driven by rounded geometry and open forms. It reads as practical and contemporary rather than expressive, lending a calm, dependable voice to layouts that prioritize clarity.
The design intent appears focused on producing a versatile, contemporary sans that stays unobtrusive while maintaining strong readability across sizes. Geometric construction and open counters suggest it was drawn to feel systematic and reliable, supporting both text setting and concise display use without becoming stylistically dominant.
Round letters (like C, G, O, Q) lean toward near-circular construction, and joins/shoulders are kept simple for consistent rhythm. Diacritics are not shown; the specimen emphasizes a cohesive core Latin set and lining figures with clear differentiation between similar shapes.