Sans Normal Dulaw 9 is a regular weight, wide, low contrast, upright, normal x-height font visually similar to 'Allumi Std' by Typofonderie (names referenced only for comparison).
Keywords: ui text, product design, branding, signage, presentations, clean, modern, neutral, friendly, techy, clarity, versatility, contemporary, neutral tone, screen readability, open apertures, rounded terminals, soft geometry, even color, generous spacing.
This sans serif has a clean, geometric foundation with softly rounded curves and a steady, even stroke. Counters are spacious and apertures read as open, giving letters a clear internal rhythm at text sizes. The uppercase is straightforward and balanced, while the lowercase keeps simple, contemporary shapes with minimal detailing; joints and terminals feel gently softened rather than sharply cut. Numerals follow the same understated geometry, maintaining consistent proportions and a uniform typographic color in running text.
It suits UI copy, dashboards, and product experiences that need a legible, contemporary sans with a restrained personality. The even color and open counters also make it effective for wayfinding and signage, as well as headings and supporting text in brand systems and presentations.
The overall tone is contemporary and unobtrusive, leaning toward a friendly, approachable modernism rather than a strict industrial feel. Its calm, even texture and open forms project clarity and reliability, making it feel at home in interface and brand settings where neutrality is an asset.
The font appears designed to deliver a modern, broadly applicable sans that prioritizes clarity and a smooth reading rhythm. Its softened geometry and open shapes suggest an intention to remain neutral while still feeling welcoming in everyday digital and print communication.
The design reads cleanly in the sample paragraph, with smooth curves and stable verticals creating a consistent line-by-line texture. Round letters (like O and e) feel notably open and airy, while diagonals (such as V, W, and X) remain crisp without adding visual noise.