Custom metal nameplates,Trademark nameplate | CHINA MARK

Short Description:

Name:High polished diamond cutting trademark

Size: 32.8*5.8*1.0mm

Material:1.2mm Aluminum

Surface finishing: Diamond cutting+high polished grain

Process: Material cutting+Stamping+Blanking+Painting+Baking+Diamond cutting+High polishing+Apply 3M9448 adhesive+Bending+Full inspection+Package

Application:Brand Trademark nameplate


  • Min.Order Quantity: 1000 Piece/Pieces
  • Supply Ability: 10000000 Piece/Pieces per Month
  • Accepted Delivery Terms: FOB, CIF, EXW, Express Delivery
  • Accepted Payment Type: T/T, Western Union, Cash
  • Accepted Delivery Terms: shenzhen, huizhou, hongkong
  • Product Detail

    Product Tags

    Aluminum nameplate

    Aluminum signs refer to signs and nameplate products made of aluminum, which are collectively referred to as aluminum signs.Common Custom metal nameplates materials.

    Various characters, numbers, patterns, etc. can be printed on the surface.

    High polished diamond cutting trademark,Brand Trademark nameplate

     

    Name High polished diamond cutting trademark
    Process Cutting+Stamping+Oil press+Blanking+Painting+Baking+High polished+Apply 3M9448 adhesive+Full inspection+Package
    Application Brand Trademark nameplate

    https://www.cm905.com/custom-metal-nameplatestrademark-nameplate-china-mark-products/ 

    Introduction and production process

    Aluminum badge are one of many signs, usually made of aluminum plate stamping, cutting, embossed and debossed, and aluminum alloy die-casting.

    Common chemical treatments for aluminum include chromization, painted, electroplated (silver plated and gold plated), anodized, etched, electrophoresis and other processes. Among them, mechanical processing includes stamping, wire drawing, polishing (mirro surface) spraying, polishing, laser cutting, engraving, laser carving, spraying, printing, silk screen and other processes.

    Process example:

    The processing materials of metal stamping parts are mainly metal strip materials, such as carbon steel plate, alloy steel plate, spring steel plate, galvanized plate, tin plate, stainless steel plate, copper and copper alloy plate, aluminum and aluminum alloy plate, etc.

    Stamping process is a metal processing method. It is based on the plastic deformation of metal. It uses molds and stamping equipment to apply pressure to the sheet to cause plastic deformation or separation of the sheet to obtain a certain shape, size and performance.

    Stamping is a processing method with high production efficiency and low material consumption. The stamping process is suitable for the production of larger batches of parts, which is convenient for mechanization and automation

    If you need any signs of aluminum, stainless steel and other materials, please contact us. We are a leading manufacturer of hardware signs in Guangdong China.

    How to make a metal nameplate?

    The main process shows as below

    St.St. plate

    Step 1:St.St. plate

    Laser cut according to the engineering dwg

    Step 2:Laser cut according to the engineering dwg

    Film or coating in the dust-free shop, light exposure imaging

    Step 3:Film or coating in the dust-free shop, light exposure imaging

    Etching, ie, remove material by way of chemical reaction or physical corrosion

    Step 4:Etching, ie, remove material by way of chemical reaction or physical corrosion

    Industry oven, hi-temp, low-temp & constant temp.

    Step 7:Industry oven, hi-temp, low-temp & constant temp.

    Get deepened by etching once, and texture finish by twice etching, like snow grain.

    Step 5:Get deepened by etching once, and texture finish by twice etching, like snow grain.

    Professional inspectors and packaging workers

    Step 8:Professional inspectors and packaging workers

    Done in the dust-free shop, by professional workers and advanced equipment

    Step 6:Done in the dust-free shop, by professional workers and advanced equipment

    Applied as precision etched parts for the electronic thin components for the aviation industry, machinery and chemical industry

    Step 9:Applied as precision etched parts for the electronic thin components for the aviation industry, machinery and chemical industry


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