Sans Normal Anrez 19 is a bold, normal width, low contrast, upright, normal x-height font visually similar to 'Corelia' by Hurufatfont, 'Core Sans E' by S-Core, and 'NeoGram' by The Northern Block (names referenced only for comparison).
Keywords: ui text, headlines, branding, signage, packaging, modern, neutral, friendly, confident, clean, clarity, versatility, modernity, approachability, consistency, rounded, geometric, even rhythm, open apertures, sturdy.
A sturdy, rounded sans with even stroke weight and smooth, circular construction throughout. Uppercase forms are clean and simplified, with broad curves in letters like C, G, O and a clear, balanced presence across the alphabet. Lowercase follows the same geometric logic, with a single-storey a and g, compact terminals, and generally open counters that keep shapes readable. Numerals are straightforward and contemporary, with uniform weight and ample interior space, matching the letters closely in color and rhythm.
This font suits UI labels, navigation, and product copy where a strong, steady voice is helpful. It also performs well for headlines and short marketing statements, and it can carry wayfinding and signage thanks to its clear silhouettes and open counters. The consistent weight and rounded construction make it a reliable choice for contemporary brand systems and packaging text blocks.
The overall tone is modern and approachable—confident without feeling aggressive. Its rounded geometry reads as friendly and practical, making it feel at home in contemporary interfaces and straightforward branding.
The design appears aimed at a versatile, modern sans that prioritizes clarity and a friendly geometric feel. It balances compact, efficient letterforms with generous roundness to produce an even, dependable typographic color across words and lines.
Spacing appears comfortable and consistent, producing a solid, even texture in paragraph-like sample text. Curves and joins are handled cleanly, and the heavier color suggests it is intended to hold up well at smaller sizes and in high-contrast reproduction contexts.