Serif Normal Ihbuf 7 is a regular weight, normal width, high contrast, upright, normal x-height font.
Keywords: books, editorial, magazines, longform, headlines, classic, literary, formal, refined, authoritative, editorial text, classic authority, readability, elegant contrast, bracketed, flared, crisp, calligraphic, bookish.
This serif typeface shows crisp, bracketed serifs and pronounced thick–thin modulation, with a steady vertical stress that gives it a traditional text rhythm. Capitals are stately and proportioned with wide bowls and clear internal counters, while joins and terminals stay sharp without becoming overly spiky. Lowercase forms are compact and readable, with rounded shoulders, a two-storey “g,” and a slightly calligraphic flow in letters like “a,” “e,” and “s.” Numerals follow the same high-contrast logic, mixing straight-sided forms with rounded bowls and delicate hairlines for an even, polished texture in text.
It is well suited to book typography, editorial layouts, and magazine text where a familiar, high-contrast serif texture is desired. The capitals also read confidently for display uses such as headlines, section openers, and formal titling when set with comfortable spacing.
The overall tone is classic and literary, evoking established editorial typography and a sense of formality. Its contrast and crisp finishing convey refinement and authority, making it feel suited to serious, composed communication rather than casual or playful settings.
The design appears intended as a conventional, high-contrast text serif that delivers an established, premium feel while remaining comfortable for extended reading. Its restrained detailing and balanced proportions suggest a focus on dependable editorial performance with a refined surface.
In paragraph settings the face maintains a consistent color with clear word shapes; the contrast adds sparkle while the bracketed serifs help keep lines cohesive. The design balances elegance with practicality, avoiding extreme delicacy that would disrupt the text flow at common reading sizes.