Redacción Alabrent
Xennia Jade will be showcased at FESPA (Stand G41, Hall 5) in the RAI Amsterdam Convention Centre in Netherlands, from 19-22 March, allowing industry professionals to experience first-hand the features that make it an ideal choice for the evolving needs of the DTF market.The DTF market has experienced unprecedented growth over the past two years, underscoring the need for innovative solutions to address the evolving demands of the industry. Existing industry solutions present some challenges with reliability and performance. Recognising the importance of consistent performance, Sun Chemical has dedicated considerable time and resources to develop a comprehensive solution tailored to meet the specific needs of the market.
Sun Chemical’s commitment to enhance print quality and user experience is underlined with Xennia Jade white, a product advancement offering high opacity ink with reduced maintenance requirements. When combined with the high colour strength CMYK set, users can benefit from the best in application performance, enabling the ability to print across a full range of coloured substrates, including black shirts. Xennia Jade can be used with commercially available resin powders, however the Xennia Jade range also incorporates a powder adhesive for optimal application and abrasion resistance. Xennia Jade can also be used across a range of non-textile substrates, showcasing its potential to be used in various industries.
Edri Baggi, Business Manager for Sun Chemical’s Textile Inks Business comments: “With the launch of Xennia Jade, we have taken a meticulous approach, dedicating time to ensure a high-quality and reliable ink. Our interaction with customers played a pivotal role in assisting us to create the new pigment ink. We engaged in meaningful conversations, understanding their specific needs and pain points with the technology, as well as sustainability and safety considerations. The result is a solution crafted to address as many of these concerns as possible, to elevate the application space to new heights.”