cylinder build in kitchen appliance 2 burner three burner stainless steel cooking gas hob gas cooker gas stove RD-GD236

Specific embodiments
As an embodiment of the invention, as shown in Figures 1 and 2, a glass panel composite process includes a glass panel, which is characterized in that: the composite process includes a, spraying a layer of high-temperature oil 2 on the glass panel 1, and the color of high-temperature oil is not fixed; b. Empty the part 3 that needs to be printed with stereoscopic effect and do not print it; c. Then print the stereo effect in the empty part; d. Then spray the entire glass panel with high-temperature oil 4. The area printed with stereoscopic effect can be set at any position of the glass panel, but it is preferred to be used at the flame adjusting position 6 of the glass panel knob of the cooker. Because this is the low temperature area of the panel, the temperature sensing area touched by the hand, and also the place used for printing stereoscopic effect 5, the stereoscopic effect is the position that protrudes from the flame adjusting position of the knob, and it makes the panel look good and improves the panel grade. Through the composite process, the glass panel can have the characteristics of high temperature resistance.
In this embodiment, the printing of the stereoscopic effect can be carried out by stereoscopic film printing or regional differentiation of magnetic adsorption powder or ink.
A way of printing stereoscopic effect: the stereoscopic film printing is to cover the glass panel by pressing and drying on the basis of the plane sign through a film with stereoscopic effect, and use the stereoscopic effect as the background to set off the plane sign. The printing method has the advantages that the three-dimensional effect does not fade or change color under high temperature, and the printing method is simple, fast and efficient, with low requirements on equipment and operation process.
Another way to print the three-dimensional effect: the magnetic adsorption powder is to sprinkle powder on the three-dimensional printing area, close the patterned magnet to the powder area, and adsorb the powder by magnetic force. The difference in magnetic force is the difference in the amount of the powder, forming an uneven depth effect. The printing method can make the three-dimensional effect not fade and discolor at high temperature. At the same time, the color effect of this printing method changes evenly, and the powder presents a grainy feeling. The contrast with the smooth surface of the glass panel is stronger, and the three-dimensional effect and concave convex texture are stronger.
The third way of printing stereoscopic effect: the ink area differentiation is to achieve the difference by adjusting the injection amount of ink at each point through the machine, and combine the color of high-temperature oil at the bottom of the glass panel to form the stereoscopic effect. The printing method has the advantages that the three-dimensional effect does not fade or change color under high temperature, and the printing effect has better controllability and a stronger sense of pattern hierarchy.