Tempered glass decorating plate manufactured through digital painting and manufacture method thereof
A tempered glass and digital inkjet technology, which is applied in the field of printing and packaging, can solve the problems of UV ink peeling and other problems, achieve the effects of short development cycle, reduce production cost and improve production efficiency
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Embodiment 1
[0017] Example 1: Decorative panel for air conditioner cabinet
[0018] (1) Select a substrate 1 made of tempered glass material with a thickness of 3.0mm, and use a semi-automatic screen printing machine to print the varnish primer 2, which is made of two-component epoxy series resin varnish Adding 5% by weight of 360-mesh glitter powder, the two-component epoxy series resin varnish contains a certain special gene; 150-mesh screen is used to transmit power through the transmission mechanism, so that the squeegee can be Squeeze the ink and the screen printing plate during the movement, so that the screen printing plate and the substrate form a nip line. Due to the high tension of the screen, it will generate force and resilience to the squeegee so that the screen printing plate can be removed from the nip line. Under the extrusion force of the squeegee, the ink passes through the mesh and leaks from the moving nip to the substrate; after printing, it is sent to the light wave ...
Embodiment 2
[0021] Example 2: Air conditioner on-hook decorative panel
[0022] (1) Select a substrate 1 made of tempered glass material with a thickness of 2.0mm, and use a semi-automatic screen printing machine to print the varnish primer 2, which uses a two-component epoxy series resin varnish , the two-component epoxy series resin varnish contains some special genes; a 250-mesh screen is used to transmit power through the transmission mechanism, so that the squeegee squeezes the ink and the screen printing plate in motion, so that the screen printing The plate and the substrate form a nip line. Because the screen has high tension, it produces force and resilience to the squeegee so that the screen printing plate is not in contact with the substrate except for the nip line, and the ink is squeezed by the squeegee. Under pressure, through the mesh, from the moving nip line to the substrate; after printing, send it to the light wave drying tunnel, and dry it for 7 minutes at a temperatur...
Embodiment 3
[0025] Example 3: Refrigerator decorative panel
[0026] (1) Select a substrate 1 made of tempered glass material with a thickness of 5.0mm, and use a semi-automatic screen printing machine to print the varnish primer 2, which uses a two-component epoxy series resin varnish , the two-component epoxy series resin varnish contains some special genes; a 300-mesh screen is used to transmit power through the transmission mechanism, so that the squeegee squeezes the ink and the screen printing plate in motion, so that the screen printing The plate and the substrate form a nip line. Because the screen has high tension, it produces force and resilience to the squeegee so that the screen printing plate is not in contact with the substrate except for the nip line, and the ink is squeezed by the squeegee. Under pressure, through the mesh, leak printing from the moving nip to the substrate; after printing, send it to the light wave drying tunnel, and dry it for 8 minutes at a temperature ...
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