Brause Bandzug Calligraphy Nibs - Box of 50 nibs - 2.5 mm
Vendor: Vendor:
Brause
Order in the next [hours] Hours [mins] Mins to get it between and
Guaranteed Safe Checkout
Brause Bandzug Calligraphy Nibs - Box of 50 nibs - 2.5 mm
- Steel Square Bandzug Calligraphy nibs by Brause come with an ink reservoir on the top and are perfect for Roman, Italic, Gothic rounded writing. Unique for the sharpness of its angles and the precision of its upstrokes, the Bandzug nib gives incomparable Gothic letters.
- Square nibs for rounded writing (Roman, Italic, Gothic), with an ink reservoir on the top. Unique for the sharpness of its angles and the precision of its upstrokes, the Bandzug nib gives incomparable Gothic letters
- Box of 3 or 50 nibs
Brause steel nibs are considered by many calligraphers to be among the best on the market. Made in Germany.
Frequently Asked Questions
What nib width is this, and what writing styles work with it?
This is a 2.5 mm square nib designed for Roman, Italic, and Gothic rounded writing styles. The square shape creates sharp angles and precise upstrokes that are characteristic of these calligraphy techniques.
Do these nibs come with an ink reservoir?
Yes, each Bandzug nib has a built-in ink reservoir on the top that holds ink for writing.
What are these nibs made of?
These are steel nibs made in Germany by Brause, a brand considered among the best by professional calligraphers.
How many nibs are in the box?
This box contains 50 nibs. Brause also offers smaller boxes of 3 nibs if you want to try them first.
Are these nibs compatible with standard calligraphy pen holders?
These are replacement nibs designed to work with calligraphy pen holders that accept standard nib sizes. You'll need a compatible holder to use them—the nibs themselves don't include a handle.
What paper works best with these nibs?
These nibs work well with smooth paper suitable for calligraphy, including the paper types mentioned like watercolor paper, sketch books, and quality notebooks. Avoid very rough or textured paper that could catch the square edges.







