Serif Normal Synub 9 is a regular weight, narrow, high contrast, italic, normal x-height font.
Keywords: editorial, book text, magazines, literary, quotations, refined, classical, formal, emphasis, literary tone, editorial polish, classic reading, bracketed, calligraphic, crisp, elegant, sharp.
This typeface is an italic serif with pronounced stroke contrast and a crisp, engraved-like finish. Forms are moderately condensed with a lively rightward slant and tapered terminals, supported by small bracketed serifs that stay sharp and controlled. Curves are smooth and taut, counters are relatively compact, and joins resolve into fine hairlines that give the texture a bright, rhythmic sparkle in paragraphs. Uppercase shapes feel stately and slightly narrow, while lowercase letters show a calligraphic flow with energetic entry/exit strokes and compact proportions.
It performs well for editorial typography such as magazine features, book interiors, and literary quotations where an italic voice is needed without losing typographic formality. The high-contrast detailing also makes it effective for pull quotes, intros, captions, and refined branding lines when set with adequate size and spacing.
The overall tone is polished and literary, with a traditional, bookish voice that suggests craft and authority rather than casualness. Its combination of sharp serifs, high contrast, and italic movement reads as refined and expressive, suited to sophisticated editorial settings.
The design appears intended as a conventional text serif italic that emphasizes elegance and traditional craftsmanship, using strong contrast and carefully shaped serifs to deliver a refined, authoritative reading texture. It aims to provide an expressive companion style for emphasis within classic editorial and book typography.
The numerals follow the same italic stress and contrast, with clear, elegant curves and distinctive angled terminals. The italic angle is consistent across caps, lowercase, and figures, producing a cohesive right-leaning rhythm that remains orderly despite the expressive stroke modulation.