Jettable Adhesion Promoters

Boston Industrial Solutions offers jettable adhesion promoters designed to help improve ink adhesion to challenging substrates in digital and inkjet printing applications. These specialized formulations are engineered for compatibility with digital printing processes, helping manufacturers achieve reliable adhesion and durable print performance on difficult-to-print surfaces.

Jettable adhesion promoters can be used to enhance the bond between digitally applied inks and substrates such as plastics, metals, glass, and other materials where direct ink adhesion may be limited. By improving the interaction between the substrate and ink, these products can help support better print durability and consistent results.

Boston Industrial Solutions provides jettable adhesion promoter solutions to help optimize print performance on challenging substrates.

Find The Jettable Adhesion Promoters For You

JP254 UV Jettable Adhesion Promoter

The only non corrosive UV jettable adhesion promoter in the world. This inkjet primer eliminates the need to switch inks and primers for different substrates. It is developed for high jetting performance and reliability with Ricoh Gen 3, Gen 4, Gen 5,  Toshiba, and Kyocera printheads.

JP992 UV Cure Jettable Adhesion Promoter

The JP992 UV Cure Jettable Adhesion Promoter ensures that UV ink adheres to metals, glass, tiles, and ceramic materials. Compatible with all equipment that uses:
  • Ricoh G5i, Xaar 1201,
  • All other print heads that accept inks with a viscosity of 8–10 cps.

Frequently Asked Questions About Jettable Adhesion Promoters

 

What are jettable adhesion promoters?

Jettable adhesion promoters are specialized pre-treatment formulations designed to be applied through compatible digital or inkjet printing equipment to improve ink adhesion to challenging substrates. They can help create a stronger bond between digitally printed inks and surfaces where direct ink adhesion may be limited.

 

What are jettable adhesion promoters used for?

Jettable adhesion promoters are used in digital printing applications where improved ink adhesion and print durability are required. They may be used to prepare difficult-to-print substrates, including certain plastics, metals, glass, and other industrial materials, for subsequent digital ink application.

 

Can jettable adhesion promoters be used with digital or inkjet printers?

Yes. Jettable adhesion promoters are specifically formulated for application through compatible digital printing or inkjet systems. Printer compatibility depends on factors such as fluid viscosity, surface tension, printhead technology, and equipment configuration.

 

Why use a jettable adhesion promoter instead of a conventional adhesion promoter?

A jettable adhesion promoter can be digitally deposited onto specific areas of a substrate, providing greater control over where the adhesion treatment is applied. This can be beneficial for automated production processes, selective surface treatment, and applications where conventional spray, wipe, or dip methods are less practical.

 

What substrates can jettable adhesion promoters be used on?

The appropriate substrate depends on the specific formulation. Our jettable adhesion promoters are developed for challenging materials such as plastics, metals, glass, and other industrial substrates. Always verify compatibility with the specific substrate and digital ink system before production.

 

How do I choose the right jettable adhesion promoter?

The right product depends on the substrate, digital ink, printhead technology, printing equipment, and required performance characteristics. Testing the complete system – including the adhesion promoter, ink, and substrate – is recommended to ensure compatibility and achieve the desired adhesion and durability.

 

Can jettable adhesion promoters improve digital ink adhesion?

Yes. Their primary purpose is to improve the bond between digitally applied inks and challenging substrates. The final level of adhesion depends on the specific adhesion promoter, ink chemistry, substrate, surface preparation, and curing process.

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