Hot stamping technique
A technology of craft and bronzing plate, which is applied in craft and decorative arts for producing decorative surface effects, and can solve the problems of dust sticking, blocked varnish process, time waste, etc., and achieves the effect of saving energy
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Embodiment 1
[0030] A hot stamping process, comprising the steps of:
[0031] 1) According to the material used for the carrying surface of the carrying object to be hot stamped, select an anodized aluminum foil that matches the material used for the carrying surface of the carrying object;
[0032] 2) In a vacuum environment, use a varnish sprayer to spray a varnish pattern on the bearing surface of the carrier, and then use UV light to spray the varnish pattern, and stop the UV light when the solid content of the varnish is 80%; The adhesive layer can be well adhered to the varnish and will not cause the varnish to be pulled off from the substrate; when the solid content of the varnish is 80%, stopping the UV light can save energy; in a vacuum environment In the process of spraying varnish and varnish drying, the dust in the air will not adhere to the varnish, so that the surface of the dried varnish is smooth and it is convenient for the anodized aluminum foil to quickly adhere to the s...
Embodiment 2
[0041] On the basis of Example 1, the technical solution of this embodiment is: the process parameters described in step 6) include the temperature of the hot stamping plate, the pressure applied by the hot stamping plate, the contact time between the hot stamping plate and the aluminum oxide foil, and the aluminum oxide foil and the substrate transmission speed. The temperature of the hot stamping plate is 130-145°C; the pressure applied by the hot stamping plate is 15-20MPa, the contact time between the hot stamping plate and the aluminum oxide foil is 0.8s-1s, the transmission speed of the aluminum oxide foil is 3m / s, and the The transmission speed is 1500 sheets / hour.
[0042]The temperature of the hot stamping plate is 130-145°C; the pressure applied by the hot stamping plate is 15-20 MPa, so that the peeling layer of the anodized aluminum foil can be peeled off from the PET layer quickly and the adhesive layer can be quickly melted and bonded to the substrate; the hot st...
Embodiment 3
[0044] On the basis of Example 1, the technical solution of this example is: step 5) the anodized aluminum foil includes a PET layer, a peeling layer, a sealing layer, a colored layer, an aluminum layer and an adhesive layer arranged in sequence from top to bottom; The sealing layer is a film made of high-density polyethylene; the adjacent two of the sealing layer, the color layer, the aluminum layer and the adhesive layer are connected by a PVC crosslinking agent; Carbon nanotubes, the wall thickness of carbon nanotubes is 10-15nm.
[0045] A sealing layer is set between the peeling layer and the color layer, and the sealing layer forms a dense protective layer around the color layer, which prevents the oxygen in the air or the corrosive substances in the rainwater from reacting with the pigment in the color layer to form colorless or other After the color substance and the pigment in the color layer are avoided, the oxygen in the air or the corrosive substances in the rainwa...
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