N-Bond UV inkjet primer

Adhesion promotion with nanotechnology - N-Bond from Nanovations

Nanovations has developed a unique new adhesion Uv printer promotion technology for ink-jet printing on glass and certain metals and plastic.

The use of N-Bond for the adhesion promotion of organic inks and paint to glass and metal, is a real innovation for the flatbed inkjet printing of UV cured inks.

Nanovations N-Bond adhesion promotion technology is significant thinner than traditional primer systems. The result is a fast curing , invisible and extremely cost effective adhesion promotion technology.

N-Bond is very fast drying and can be printed on within 10 minutes after the application. Unlike conventional technology N-Bond is reacting with the substrate of the glass or ceramic, and is forming molecular bonding points for the organic inks to bond to.

With N-Bond in most cases standard UV- ink can be used for the printing on the glass , acrylic , Plexiglas ceramic and certain metals and more. N-Bond can be simply intergraded in the surface preparation process. N-Bond was developed in cooperation with leading product suppliers from the glass and printing industry.

Click on the images below. If you have problems like this , CL40 is the product to restore your glass.

N-Bond creates durable and outstanding results with 0 % flaking on glass printed with standard UV- ink . These tests are easy repeatable with a simple cross cut test. Tested also with a 2 hour boiling water test and glass break test, (adhesion on break zone test) and 24 hour cold water immersion.

N-Bond is used by printing companies in 80 countries since 2014

Recommended by Canon , Konica Minolta , Agfa and many more

Easy and fast to apply

Permanent bond with the substrate

Printable within 5 -10 minutes and up to 24 hours.

Completely invisible

Economical, outstanding coverage rate up to 400 m2 / liter.

Up to 15,000 sq. ft. / gallon

The most economical UV inkjet primer choice available.

Glass and some metal , acrylic, composites

Stops water and moist penetrating ink layers.

Ultra-thin , true nano-scale final layer