Case Study: Eliminating Downtime and Blockages with Perfecta® Limitless Plus
Background A customer required reliable printing of a batch number and best before date for quality control and regulatory requirements
Digital Ink Technologies Product
POLYtij ® Perfecta Limitless WR
Water-resistant ink offering long-term durability and readability, ideal for outdoor packaging and harsh environments.
POLYtij® is the world’s most advanced polymer thermal inkjet technology, engineered to outperform conventional solvent-based inks. Designed for FMCG, pharmaceuticals, and industrial packaging.
POLYtij ® Perfecta Limitless WR (Water-Resistant) Ink utilises next-generation polymers that offer the ability to print onto substrates exposed to wet and cold environments.
Product Summary
Cartridge Type
HP45si
Technology
Polymer thermal inkjet technology
Ink Family
Solvent
Colour(s)
Black
Use Case
Water resistant, ideal for dairy, meat packing applications
Level
2
Key Features
2-3 second dry time
72 hour decap/open time
Up to 3mm throw distance
50+ rub resistance
24 month shelf life
High
Water Resistance
Links
| Features |
POLYtij ® Perfecta Limitless WR |
|---|---|
| Use Case | Water resistant, ideal for dairy, meat packing applications |
| Cartridge Type | HP45si |
| Technology | Polymer thermal inkjet technology |
| Intervention Free | Yes |
| Solvent Non-porous | Yes |
| Decap Time | 72 hour decap/open time |
| Drying Speed | 2-3 second dry time |
| Compatibility | Water resistance & High humidity applications |
| Throw Distance | Up to 3mm throw distance |
| Shelf Life | 24 month shelf life |
| 1st Print Perfect | Yes |
Water-resistant ink offering long-term durability and readability, ideal for outdoor packaging and harsh environments.
POLYtij ® Perfecta Limitless WR
POLYtij® is the world’s most advanced polymer thermal inkjet technology, engineered to outperform conventional solvent-based inks. Designed for FMCG, pharmaceuticals, and industrial packaging.
POLYtij ® Perfecta Limitless WR (Water-Resistant) Ink utilises next-generation polymers that offer the ability to print onto substrates exposed to wet and cold environments.