Tempered Glass 3.2mm Kitchen Cabinet Fridge Panel

Wiping Resistance Tempered Glass Refrigerator Door Panels 3.2mm Thickness

Description of Refrigerator Door Panels:

Screen printing and UV spray painting are the most common technology in the field of glass panel production. With the three-dimensional spraying technology, the glass panel is full of art and full of visual reality; It can not only be simple and graceful, but also fashionable and modern to meet the needs of different consumers. The excellent quality and outstanding creativity of designers make the appearance more unique and novel, and the design is more diversified; the most significant features are: it feels flat, but it looks three-dimensional. There is a prominent prospect and deep background, realistic scenery, endowed with pure natural and beautiful three-dimensional lines and patterns. It Is the latest and most characteristic of a product surface decoration process, and it is the most gorgeous turning of glass pane!

Tempered Glass Manufacturing Process
Step 1 Float glass is cut to the desired size.
Step 2 Prior to the tempering process, the cut glass is checked for flaws such as cracks, bubbles, and inclusions. The presence of these imperfections can cause breakage during the tempering process.
Step 3 The glass is washed to remove dust, dirt, and debris that could interfere with the thermal tempering process.
Step 4 After it has been cut, checked for flaws, and washed, the glass travels either in batches or in a continuous feed through a furnace, where it is heated at temperatures over 600 degrees Celsius.
Step 5 After the heating process, the scorching piece of glass undergoes a cooling process. During this process, the glass receives high-pressure blasts of cold air from varying angles for about three to 10 seconds. The process, called “quenching,” cools down the surface of the glass much faster than it does the center. Because of this, the interior zone of the glass stays in tension while the surface goes into compression. This combination of competitive stresses is what makes tempered glass so strong.

Tempered Glass Shelves Edges
We create custom shelves out of glass at whatever length, depth, and thickness you need. Most of the times these shelves have exposed edges, giving you the option of adding another level of detail to better reflect your personal style. Our seamed edge comes standard with your order. If the edge is going to show, consider a rounded (pencil) or flat edge, as preferred by many as it gives a more finished look when edges are visible.
After choosing whether or not you want a rounded or flat edge, you get to choose between a polish or grind. A polish gives a shiny and glossy finish, while a grind provides a frosted matte finish. This small detail can impact the overall effect you want to create in your space.

Quality Inspection process
1, When the first 100 pieces of finished products are packed, the quality inspector shall inspect them at the inspection point of finished products.
2, The product will be inspected two times casually every shift.
3, Before the product is packaged or after the finished product is repaired, the quality inspector shall inspect it at the finished product inspection point.
4, After the product is packaged, the quality inspector will inspect it at the finished product inspection point.
5, If the finished product is stored for more than one month or for other special reasons, the warehouse administrator shall inform the quality inspector on duty to inspect it at the delivery site (visual inspection according to the standard and packaging scheme is in conformity).

Packaging Details of refrigerator door panels
1.Carton or wooden crates
2.Plastic protector of edge and corner
3.Meet customer's special requirement

Printing test for refrigerator door panels
2. Frontal hardness, The hardness of the paint layer can be measured by 2H pencil, and the surface should be free of skin damage and scratch marks after the test.
3. Boiling water resistance, Under normal temperature and pressure, the test piece is completely immersed in boiling water for 2 h, then put into tap water to cool for 5 min, and then take out the observation sample. There should be no change in the front and back of the sample after the experiment.
4. Low temperature resistance, The sample was placed at - 40 ± 2 ℃ for 24h and recovered to room temperature. Take out the observation sample. After the test, there should be no separation between the front and back sides of the sample
5. High temperature resistance, Put the sample in a constant temperature box of 120 ± 10 ℃ for 3 h, and take out the observation sample. There should be no change in the front and back of the sample after the test.