Code Adhesion: How to make inkjet codes stick to slick surfaces |
Create Config
Edit Name Description Configiration Type Type

Diagraph's Blog

rss

Diagraphs Blog covers the latest in coding and labeling products


Code Adhesion: How to make inkjet codes stick to slick surfaces

Many companies, especially in meat and dairy processing, struggle with the requirement to mark variable information onto slick packaging for a couple key reasons:

The packaging substrate 
High surface tension substrates like HDPE, polypropylene (PP) containers and caps, treated and untreated Orientated Polypropylene (OPP) for flow wraps and stand-up pouches, glass and metal all make ink adhesion difficult.

The manufacturing environment
Food packages of butter, margarine and salad dressing often leave a thin layer of condensation or grease on the packaging surface, inhibiting the preservation of code quality. 

For manufacturers who experience difficulties using continuous ink jet (CIJ) coders on substrates and products with slick or greasy surfaces, specially formulated inks that cut through light films of oil or condensation are necessary to preserve print quality and contrast.Print sample on plastic food container

Linx’s new 1063 Grease Penetrating Black is a dye MEK based ink, developed for the market-leading Linx 8900 Series CIJ coders. 1063 Grease Penetrating Black ink has aggressive adhesion before and after refrigeration and resists removal by a wide range of oils and chemicals such as acids, alkalis, detergents, petrol and water. It dries in seconds and provides excellent contrast and legibility on transparent or light colored materials and, as the name implies, penetrates light layers of condensation and grease for a robust, durable mark.

Talk to a Diagraph specialist today at 1.800.722.1125 or [email protected] to discuss whether the new Linx 1063 Grease Penetrating Black ink may be a solution to your slick or oily manufacturing conditions.




Comments are closed.


Featured Posts

  • Overcoming the daily challenges of pigmented ink printing Posted 7 months ago
    Using pigmented ink in printers, especially ‘white ink’, often presents daily challenges compared to standard dye-based ink printers that result in more downtime. These challenges often include more frequent servicing and daily cleaning.
  • Avoid Labeling Mistakes by Removing Plant Air Posted last year
    All-electric label applicators revolutionize the packaging industry by eliminating the reliance on plant air, providing precise applicator control for consistent and accurate label placement and ensuring secure label control for various label sizes.
  • Is training production line workers creating a challenge? No problem!  Posted 7 years ago
    Companies rely on engineers or technicians to keep production lines up and running. These job functions are essential to hitting production targets, so it is key that their skill level on equipment is proficient. When making the decision to replace this equipment, the amount of time and money that will have to be invested in training your labor is a major deciding factor.
  • Don’t let fast drying ink slow down your CIJ coding process Posted last year
    Continuous inkjet printers (CIJ) use super-fast drying solvent-based inks. One of the technology challenges presented by these inks is that they aren’t too particular wherethey dry. With CIJ technology, the formation of drops from an inkjet stream creates a mist (or satellite drops) which builds up a layer of ink over time on the components inside the CIJ print head, causing print failure. Routine cleaning of ink with solvent from the components in a print head is required to maintain best print quality and uptime.
  • How do I get labels to stick in hot and humid environments? Posted 5 years ago
    Something to be aware of when considering using labeling for product identification in a hot or humid environment is that labels are sensitive to temperature, making facility environment temperature a determining factor in choosing what label material to use on a product.  
Read More »