Script Naje 2 is a light, narrow, very high contrast, italic, short x-height font.
Keywords: wedding, invitations, branding, packaging, headlines, elegant, romantic, refined, fashionable, delicate, formality, luxury, celebration, signature, display, calligraphic, swashy, looping, slanted, high-waisted.
A formal script with a pronounced rightward slant and calligraphic construction. Strokes show dramatic thick–thin modulation, with hairline entry/exit strokes and fuller downstrokes that create a crisp, polished rhythm. Letterforms are compact and vertically oriented with relatively small lowercase bodies and long, fluid ascenders and descenders; many capitals include extended lead-in strokes and gentle swashes. Connections are implied by continuous pen movement, while individual letters keep clear internal counters and tapering terminals that feel precise rather than brushy.
Best suited for short-to-medium display settings such as wedding suites, event collateral, beauty or fashion branding, product packaging, and editorial headlines. It can work for pull quotes or introductory lines where a refined, handwritten tone is desired, while dense body text may feel busy due to the high contrast and ornamental capitals.
The overall tone is elegant and romantic, with a boutique, invitation-like sophistication. Its airy hairlines and sweeping curves give it a graceful, expressive presence suited to formal or celebratory messaging.
The design appears intended to emulate pointed-pen calligraphy in a clean, typeset form: high-contrast strokes, elegant loops, and swashed capitals that lend a premium, ceremonial character. It prioritizes expressiveness and hierarchy over utilitarian neutrality.
Caps are notably decorative and varied, creating a strong typographic hierarchy when mixed with lowercase. Numerals follow the same calligraphic logic, using slender hairlines and curved forms that visually harmonize with the script. In longer lines, the lively stroke contrast and swashes add sparkle but can also draw attention to spacing and collisions in tight settings.