In hydrographic printing, also called water transfer printing, designs and patterns can be printed on any shape. The water can be safely submerged in objects with a base coat that can hold it in place. Among the many surfaces that can be modified by this method are dashboards, hunting equipment, camouflage items, vehicles, and many more. Numerous manufacturers have used this technique to enhance their products. A base coat must be applied after the product is cleaned and buffed. Rinsing, drying, and clearing is done after the coat is dipped (into the pattern).
Steps in the water transfer printing process
A water-soluble film is applied to a product so that a print can be applied. The printed film is dipped into a base that dissolves the printed film on top of the water. Spraying a patented chemical over the film activates the ink, so it remains afloat in a semi-oily form on top of the water. After the appropriate part has been prepared, it has been immersed in water so that the water pressure will force the ink to adhere. As soon as the item has been submerged in water for the full amount of time, it is removed, dried, then cleaned, and clear-coated.
We offer a range of tanks from which you can choose to meet your specific requirements for Water Transfer Printing. This fiberglass tank is lightweight and compact and is equipped with overflow handles. Also available in various sizes are stainless steel hydrographic tanks. The Perfect FlowTM tanks have an industrial-grade surface heater, a circulation pump, and temperature control.
Stainless Steel water transfer printing equipment works seamlessly with our Automated Spray System and Production Arm. Production is streamlined and costs are reduced with this component. Stainless steel tanks of any size can be used to process golf carts and ATVs, among other large items.
Usage of Water Transfer Printing
A water-soluble hydrographic film is used as a base for the print, which is applied to products. In the water, the printed film is placed on top of the base, which dissolves rapidly in the water. Over the film, an activator chemical releases a solvent-like effect that causes the ink to float on top of the water.
To adhere the ink to the properly prepared part, the ink is then immersed into the water and pushed upward by the upward pressure of the water. Upon removing the item from the water, it is cleaned, dried, and then coated with a clear coat.
Decorative finishes can be applied to 3D products using water transfer imaging or water transfer printing. Decorations can be applied to any surface that is non-porous and submersible. Materials such as plastic, glass, hardwood, fiberglass, ceramics, and metal are examples of this type of material.
Bottom Line
Hopefully, you have found all the steps and usage of water transfer printing helpful. If you need any of your Corvette Stingray parts to cover them with the hydro dipping layer then you can connect with the American Hydrocarbons.
Here, we have professionals who can help you out with your favorite sports car to make it more decorative and elegant.
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