Serif Normal Temaz 9 is a regular weight, normal width, high contrast, italic, normal x-height font.
Keywords: editorial, book italics, magazines, quotations, branding, elegant, classic, literary, formal, readability, sophistication, editorial tone, classic italics, contrast, crisp, refined, tapered, sharp serifs, calligraphic.
The design shows pronounced thick–thin modulation with slender hairlines and firmer verticals, creating a bright, high-contrast texture. Serifs are crisp and tapered, with several strokes ending in pointed, calligraphic-looking terminals rather than blunt cuts. Proportions are relatively narrow and upright in the capitals, while the lowercase has a lively italic rhythm with flowing entry/exit strokes and open counters that keep the text from feeling overly dark. Numerals match the italic character with graceful curves and fine joins, maintaining an even, polished cadence across the set.
It works well for editorial typography such as magazine features, book interiors, essays, and long-form articles where an italic voice is needed for emphasis or quotations. It also suits refined branding and packaging that benefits from a classic, high-contrast italic, and performs effectively in pull quotes, subheads, captions, and formal invitations when set at comfortable sizes.
This italic serif conveys a literary, cultivated tone with a sense of motion and refinement. Its sharp contrasts and crisp terminals feel formal and editorial, while the slanted stance adds a touch of elegance and expressiveness.
The font appears intended as a conventional text italic that provides emphasis without losing a composed, bookish voice. Its strong contrast and crisp detailing suggest a focus on refined typography for continuous reading and polished display within traditional serif systems.
The italic slant is consistent and gives lines a smooth forward momentum, while the high contrast creates a delicate sparkle in text. The overall spacing and open shapes support a clean reading rhythm, though the finest hairlines will visually soften at very small sizes or in low-resolution reproduction.