Anodized nameplate,electronic product logo | WEIHUA
Why are aluminum anodized signs "favored"?
(1) Good processability:
The anodized aluminum plate has strong decorative properties, moderate hardness, and can be easily bent and formed. Continuous high-speed stamping can be performed without complicated surface treatment, which greatly reduces the product production cycle and reduces product production costs.
(2) Good weather resistance:
Anodized aluminum panels with standard thickness oxide film (3μm) will not change color, corrode, oxidize and rust for a long time indoors. The anodized aluminum plate with thick oxide film (10~20μm) can be used outdoors, and can not change color under long-term exposure to sunlight.
(3) Strong sense of metal:
The surface hardness of the anodized aluminum plate is high, reaching gem level, good scratch resistance, no paint covering the surface, retaining the metal color of the aluminum nameplates, highlighting the modern metallic feeling, and improving the product grade and added value.
(4) High fire resistance:
Pure metal products, no paint or any chemical substances on the surface, 600 degrees high temperature does not burn, no toxic gas, and meets the requirements of fire protection and environmental protection.
(5) Strong stain resistance:
No fingerprints will be left, there will be stain marks, easy to clean, no corrosion spots.
(6) Strong adaptability.
Anodized aluminum plates are widely used in mobile phones, computers and other electronic products, mechanical parts, precision instruments and radio equipment, architectural decoration, machine shells, lamps and lighting, consumer electronics, handicrafts, household appliances, interior decoration, signs, furniture, automobile decoration and other industries .
Do you need to order a custom nameplate in any shape? Please contact us as soon as possible, our goal is to always provide you with the highest quality nameplate.
Our high-power laser cutting machine can process any nameplate of standard shapes/materials for you.
The main process shows as below
Step 1:St.St. plate
Step 2:Laser cut according to the engineering dwg
Step 3:Film or coating in the dust-free shop, light exposure imaging
Step 4:Etching, ie, remove material by way of chemical reaction or physical corrosion
Step 7:Industry oven, hi-temp, low-temp & constant temp.
Step 5:Get deepened by etching once, and texture finish by twice etching, like snow grain.
Step 8:Professional inspectors and packaging workers
Step 6:Done in the dust-free shop, by professional workers and advanced equipment
