Noodler's Blue Ghost Bottled Ink delivers a unique combination of covert functionality and archival security. Formulated to remain entirely invisible under standard light, this clear specialty ink springs to life with a vibrant glow under UV illumination, making it ideal for writing secret messages, securing sensitive documents, or blending with other fountain pen inks to impart a custom fluorescent effect. This ink is 100% made in the USA and packaged in simple, eco-friendly recycled materials, Noodler's inks are designed for exceptional affordability and reliable performance across various paper types, including everyday absorbent papers.
Engineered for long-term permanence, Blue Ghost features Noodler's signature "Bulletproof" and "Eternal" properties. Upon drying, it forms a permanent chemical bond with cellulose paper fibers, rendering your writing fade-resistant, archival, and unaffected by humidity or acidic degradation. It also actively resists bleach, alcohol, water, and aggressive solvents favored by forgers and while unbonded surface ink may experience minor smearing if exposed to water, the bound underlying text remains permanently protected.
This ink exhibits it's best contrast when used upon conventional papers.
Extra "bright" computer printer paper blind the contrast and should not be used.
Noodler's Blue Ghost Glow In The Dark Fountain Pen Ink Specifications:
- Bottle Volume: Glass bottled, available in 3 oz or 4.5 oz
- Ink Color: Clear and invisible under ambient light; Fluorescent Blue under UV/blacklight
- Bulletproof: Binds permanently to cellulose paper fibers; highly resistant to forgery tools including bleach, alcohol, solvents, and water
- Eternal: Archival-grade formulation impervious to UV fading, humidity, aging, and acidic paper conditions
- Fluorescent: High-reactivity under ultraviolet light
- Made in the USA
Please note that the ink color swab depicted in our item listing image is for reference only. The actual color of the ink may be subject to variations in manufacturing and computerized scanning quality of the sample.