controlling application of the stream electronically so that the droplets form at least one printed image on the substrate thereby applying indicia to the substrate the inks of this invention adhere to a surprisingly wide range of substrate materials examples of suitable substrate material to which the inks of this invention will adhere include but are not limited to glass and polymers e g polyethylene terepthalate glycol petg polycarbonate acrylic polystyrene polypropylene acrylonitrile butadiene styrene abs and rigid and flexible polyvinyl chloride pvc in some embodiments this invention features an article comprising a substrate with a surface and at least one image printed on said surface through the deposition of an inkjet ink of the present invention the present invention is illustrated by the following examples which are not meant to be limiting in any way several inkjet ink formulations were produced and used for the adhesion testing when making less than 500 g of ink all components were weighed directly into a brown hdpe nalgene u00ae bottle after final addition the bottle was capped tightly and shaken for about one minute the bottle was then shaken periodically followed by visual inspection to determine whether soluble components previously solids had gone into solution mild heating up to 40 u00b0 c was frequently used to accelerate dissolution of the soluble components when making more than 500 g of ink clear colorless and solid components were weighed into a suitable container i e a container that was compatible with the chemicals being mixed preferably made of an opaque or light blocking material such as pigmented polyethylene or stainless steel equipped with an overhead low speed stirrer a slotted lid was typically applied whereby the slot allows placement of the lid while.