Ink Receptive Technology

How does Ink Receptive Coating work for Digital Print?

Ink Receptive Technology provides optimal absorption of ink

Considerations for selecting an ink receptive coating

		Where will the end product be used - indoors or outdoors?
If used outdoors, it will be important for the coating to provide UV- and water-resistance properties so that it can withstand exposure to the elements.
		How will the end product be used – durability requirements?
It is important to consider how an end product will be packaged, transported and distributed. Many products undergo harsh shipping and storage environments, where a more durable coating is required. Rub- and scratch-resistance can play key roles in protecting the product and maintaining desired aesthetics.
		Cost?
Value vs. performance is always a consideration. Manufacturers and their customers must think through the desired end-use properties required and the total processing costs to achieve them, with the goal of avoiding excessive spending.
		What type of ink is being used?
UV, solvent-based, latex, water-based, dye and pigment inks are all viable options. Each has its own processing characteristics to be considered based on the desired end-use requirements.
		What printer / print speeds?
Line speed is an important consideration. Some ink receptive coatings are not as effective at faster line speeds.
		Do you want to formulate yourself or outsource formulation development?
If ample resources, high levels of expertise and a desire for complete control are in play, it may be desirable to formulate in-house. If not, outsourcing development is likely a more viable option.