Triangle Ink 1190-40 Emerald Green Shimmer is part of the Triangle Ink 1190 Series, a premium line of Metallic Plastisol Screen Printing Inks developed to produce brilliant metallic finishes on a wide variety of textile garments. Designed for direct wet-on-wet printing and plastisol transfers, this specialty ink delivers eye-catching emerald green shimmer while maintaining the dependable printability and production performance professional screen printers expect.
The 1190 Series is ideal for printing on 100% cotton, cotton/polyester blends, and many synthetic fabrics where a metallic effect is desired. The metallic pigments create a brilliant sparkle that enhances athletic apparel, fashion garments, promotional products, retail apparel, spirit wear, and custom T-shirt designs, making it an excellent choice for printers looking to add premium visual appeal to their work. Always test print the fabric before beginning a production run.
For optimum metallic brilliance, Triangle Ink recommends printing through an 85 mesh screen, with no higher than a 110 mesh. If the metallic flakes do not pass through the screen easily, an even lower mesh count may be required. Because metallic pigments can penetrate the fabric fibers of cotton, cotton blends, and some synthetic fabrics, printing a clear under base through a 305 mesh screen is recommended to produce a richer, deeper metallic finish.
Triangle Ink 1190-40 Emerald Green Shimmer is designed to provide dependable production performance while creating vibrant metallic effects that stand out on finished garments. Whether you're producing premium retail apparel, promotional garments, fashion graphics, spirit wear, or custom T-shirt designs, this specialty metallic plastisol ink delivers outstanding shimmer, consistent printability, and the brilliant emerald finish professional screen printers demand.
Explore our complete selection of Plastisol Screen Printing Inks to find standard colors, specialty metallics, additives, and professional printing solutions for every screen printing application.