With the 100th Year Special Edition, Aurora celebrates its first century with a collection of inks in a new 55 ml vintage-inspired glass bottle. Aurora Black ink is intense, original and traditional: one of the inks that have made Aurora's history. It is a deep black for writing with elegance every day.
Aurora's 100th Year Special Edition
Aurora was founded in Turin in 1919. For its centenary it renewed its ink range with a new bottle in a classic style and a retro-style box that recalls the elegance of the past. That makes this ink a collector's piece as well as a refill for your pen.
A black with a history
Aurora makes its inks with high-quality formulas that ensure a steady flow and intense colour on every type of paper. Aurora Black gives a crisp, high-contrast line that is easy to read on any document. It is ideal for:
- Everyday and professional writing
- Signatures, documents and formal correspondence
- Calligraphy and lettering with well-defined strokes
- Drawing and sketching with a fountain pen
55 ml vintage bottle
The 55 ml glass bottle brings back the style of classic ink bottles and looks great on any desk. Its 22 mm opening makes filling easy with a converter or a piston-filler.
Compatibility
It is compatible with all Aurora fountain pens, such as the Aurora 88, Optima or Talentum, when filled by converter or piston. It is made for fountain pens: do not use it with dip pens or airbrushes.
Ten colours in the collection
The special edition includes Blue, Blue Black, Black, Red, Turquoise, Purple, Green, Orange, Sepia and Gray. Each shade shows a different side of the Aurora world.
Technical specifications
| Brand | Aurora (Turin, Italy) |
| Reference | 124-N |
| Edition | 100th Year Special Edition (Vintage collection) |
| Colour | Black (Nero) |
| Type | Fountain pen ink |
| Capacity | 55 ml |
| Bottle | Vintage-inspired glass · 22 mm opening |
| Compatibility | All Aurora fountain pens (converter or piston) |
Tip: rinse your pen with water before changing colours. Keep the bottle tightly closed, away from direct sunlight and heat.