Coding on Non-Porous Materials Suitable for Continuous Inkjet CIJ Printer

Continuous Inkjet (CIJ) printing is versatile and can handle a wide range of non-porous materials. Here are some of the non-porous materials that are suitable for CIJ.

11 Non-Porous Materials for Continuous Inkjet CIJ Printer

1. Metals

This includes steel, aluminum, copper, brass, and other metals. CIJ can be used to print on metal sheets, coils, cans, and components.

2. Plastics

CIJ can print on various plastic materials, including polyethylene (PE), polypropylene (PP), polyvinyl chloride (PVC), polystyrene (PS), and PET (polyethylene terephthalate), among others.

3. Glass:

This includes bottles, jars, vials, and other glass products.

4. Ceramics

Tiles, insulators, and other ceramic products can be marked using CIJ.

5. Coated Papers & Foils

While paper is typically porous, certain coatings can make it non-porous. CIJ is suitable for printing on coated papers and aluminum foils.

6. Rubber

This includes products like tires, gaskets, and seals.

7. Wood (when treated or sealed)

While natural wood is porous, when it’s sealed or treated, it can become non-porous, making it suitable for CIJ printing.

8. Laminates & Films

CIJ can be used to print on laminated materials and various plastic films.

9. Waxed Surfaces

Waxed cartons or products are rendered non-porous due to the wax layer, and CIJ can print on them.

10. Synthetic Fibers & Fabrics

Materials like nylon or certain treated fabrics can be considered non-porous and are suitable for CIJ.

11. Cables & Wires

These often have non-porous insulation or coatings that are ideal for CIJ printing.

Conclusion

The adaptability of CIJ to a wide range of inks allows it to adhere to these non-porous surfaces effectively. Depending on the specific material and the end-use environment (e.g., whether the product will be exposed to chemicals, water, UV light, etc.), it’s crucial to select the appropriate CIJ ink formulation to ensure optimal adhesion and durability of the printed information.