T21-X3 - NUtec Digital Ink

topaz

T21-X3

Features

• Extended Printhead compatibility
• Ideal for high-speed printing
• Low Maintenance
• Wide Colour Gamut
• Outstanding Reliability
• High Optical Density
• Supported by NUtec Digital’s Ink Delivery System (IDS) Warranty

Overview

The Topaz T21-X3 is a premium quality, general purpose, mild solvent ink, formulated for use in printers using the Konica® 14pl/42pl and Xaar® print heads.

With a wide colour gamut and high optical density, image quality is unsurpassed when using the Topaz T21-X3.

The Topaz T21-X3 ink also offers excellent media compatibility across a broad range of self-adhesive and flexible substrates.

Provided the inks are used in regular applications, on suitable substrates, the printed images will last for up to two years.

Print head compatibility

Konica Minolta®: 256 14pl, 512 14pl , 512 42pl, 1024 14pl, 1024 42pl; Ricoh®: Gen4-E1; Xaar®: 128/360 (45pl), 128/200 (80pl), 128/360+ (45pl), 128/200+ (80pl), 500/80 (80pl), Xaar proton (35pl); Spectra®: Polaris PQ-512/15, Polaris PQ-512/35

Packaging configurations

Colours and Shelf-Life

18 months

Shipping and Storage Information

Storage & transit temperatures: +5°C to +35°C Store in a cool, dry area, not directly on the floor and away from direct sunlight

Operating Specifications

Temperature: +19°C to +28°C; Relative Humidity: 30% to 80% Non-condensing. To be used in conjunction with NUtec maintenance and cleaning solutions.

Downloads

T21-X3 PRODUCT BROCHURE fact-sheet

Kindly note: Not all products are available in every country or region. Contact sales@nutecdigital.com for your region specific inks.

DISCLAIMER: While the information and technical advice provided are based on our current knowledge, they do not constitute a guarantee of specific product properties nor a legally binding agreement. It remains the sole responsibility of the user to determine suitability for the intended purpose through adequate testing. We shall not be liable for any loss, damage, or claims arising, directly or indirectly, from improper storage, handling, maintenance, use with incompatible systems, or failure to comply with applicable safety and regulatory requirements.