Digital label printing allows brands to streamline workflows, increase agility and enhance sustainability, but only if it can deliver those benefits without compromising shelf appeal. The new TC-2000 film topcoat from Avery Dennison Labels and Packaging Materials is designed to deliver the anchorage and ink flow that enables stronger colors and bolder graphics with a wide range of printing techniques.
While TC-2000 delivers solid, consistent performance across a wide range of printing technologies, the improved performance of the topcoat is particularly valuable in UV inkjet printing where it enables label designers to confidently employ bold typefaces, gradients, seals, and other eye-catching graphics.
“The new TC-2000 from Avery Dennison provides everything we look for when shopping for materials— anchorage, ink flow, and quality results,” said Matt Stein, Digital Printing Demo Room Manager at Domino. “It performs brilliantly with the Domino N610i and Domino inks."
The result of the extensive global research, development, and investment in material science, TC-2000 builds on the success of Avery Dennison’s popular TC-1000 topcoat with improved ink anchorage to enhance on-press efficiency gains and improve profit margins by eliminating the need to corona treat or prime in UV print platforms. It creates an extremely strong bond between ink and film, allowing heavier inks to be laid down to achieve sharp images and bold looks.
“The versatility and high performance of TC-2000 allows converters to use the same film for flexo or digital printing, simplifying inventory management,” said Anh Marella, Films Marketing Director, Avery Dennison. “Plus, the process efficiencies enabled by this new topcoat create additional benefits and make TC-2000 an ideal choice for traditional and digital printing.”
The preceding press release was provided by a company unaffiliated with Packaging Impressions. The views expressed within do not directly reflect the thoughts or opinions of Packaging Impressions.
- People:
- Anh Marella
- Matt Stein