AquaBrite Yellow 2G Ink - Yellow Textile Ink, Ready-To-Use, Quick-Drying, Non-Toxic (8Oz)

AquaBrite Yellow 2G Ink is a ready-to-use textile ink designed to deliver vibrant yellow color, smooth application, and dependable coverage for screen printing and creative fabric projects. Its rich opaque finish helps designs stand out clearly on compatible textiles, while the quick-drying formula supports efficient production and cleaner handling during busy workflows. Whether you are creating samples, refining artwork, or producing custom apparel, this ink offers a practical balance of color intensity, ease of use, and versatility.

Formulated for textile applications, this ink is a strong choice for artists, hobbyists, decorators, and print shops that need a dependable ink for detailed work and production testing. The non-toxic composition adds peace of mind for everyday creative use, while the ready-to-use format eliminates the need for complicated mixing. It is also suitable for experimenting on a variety of surfaces, making it a flexible option for testing compatibility before committing to larger production runs.

• Ready-to-use formula for fast setup and consistent results
• Quick-drying performance helps streamline printing and handling
• Rich opaque coverage for bold, visible yellow designs
• Non-toxic composition for safer creative use
• High pigment concentration supports vibrant color output
• Ideal for detailing, sampling, and production testing
• Versatile enough for use on compatible textile surfaces
• Compatible with most AquaBrite systems

• Screen printing on textiles
• Custom apparel and fashion projects
• Artistic fabric design
• Sample testing before production runs
• DIY crafts and creative workshops
• Decorative textile printing

For best results, always test on your selected material before beginning a full production run to confirm compatibility and achieve the desired finish. This helps ensure strong adhesion, accurate color appearance, and a smooth printing experience across your chosen fabric or surface.