Description
Nuclear Green is a highly pigmented tattoo ink manufactured in-house by Eternal in the USA.
Eternal Tattoo Ink is an American tattoo ink brand. Through in-house integrated manufacturing, they offer a product line that prioritizes color vibrancy and stability. Nuclear Green is one of over 300 colors in their lineup, suitable for work requiring vivid green hues.
It is marketed as a vegan-friendly and cruelty-free product, serving as a reference for artists who want to verify the material policy when making selections. The volume is 1oz (approximately 30mL). It is suitable for studios that stock multiple brands of color inks or for those who prioritize vivid green pigmentation.
Product Features
- Integrated in-house manufacturing: Manufactured at their own facilities in the USA, making it a brand with easily verifiable manufacturing origins.
- High pigmentation and color stability: The overall design philosophy of the Eternal brand emphasizes formulations that prioritize color vibrancy and stability.
- Vegan-friendly and cruelty-free: In terms of material policy, it is positioned as a vegan-friendly product that does not involve animal testing.
- Lineup of over 300 colors: With over 300 colors including Nuclear Green, you can unify your color palette with this single brand.
Product Details
Key specifications are as follows:
- Brand: Eternal Tattoo Ink
- Product Name: Nuclear Green
- Type: Tattoo Ink (Color)
- Volume: 1oz (approximately 30mL)
- Purpose: Color ink for tattoo procedures
- Manufacture: USA (in-house facilities)
Recommended for
This is suitable for those looking for ink that prioritizes vivid green color.
- Studios that want to stock a full color lineup from the Eternal brand.
- Those who want to adopt products after confirming their vegan-friendly and cruelty-free policy.
- Artists who want to use American-made inks.
Notes
Before use, please check the usage and storage instructions provided by the manufacturer or on the product packaging. Product specifications, packaging, and accessories may change depending on the arrival period.