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  • 首頁
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    • Company profile
    • Vacuum coating foundry
    • Film quality verification
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  • 日本語
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Semiconductor industry

EMI process foundry

ABF substrate manufacturing process foundry

ABF substrate manufacturing process foundry

  1. Substrate temperature setting: <120 ℃
  2. Surface cleaning and roughening (Ion Source or RF Plasma Clean)
  3. Process technology Sus/Cu/Sus film thickness: 150/1000~6000/300nm

ABF substrate manufacturing process foundry

ABF substrate manufacturing process foundry

ABF substrate manufacturing process foundry

  1. Dry water after washing and pickling (3%-5% sulfuric acid)
  2. Enter the baking furnace, bake at high temperature to remove moisture
  3. Surface cleaning and roughening (Ion Source or RF Plasma Clean)
  4. Ti process, the film thickness must reach 0.1μm
  5. Cu process, the film thickness must reach 2μm

Compound substrate manufacturing process foundry

Compound substrate manufacturing process foundry

Compound substrate manufacturing process foundry

  1. Surface cleaning and roughening (Ion Source or RF Plasma Clean)
  2. Al process, the film thickness must reach 0.3μm
  3. Ti process, the film thickness must reach 0.15μm

Passive component manufacturing

Compound substrate manufacturing process foundry

Compound substrate manufacturing process foundry

  1. Ceramic substrate  
  2. Surface cleaning and roughening (Ion Source or RF Plasma Clean)
  3. TaN process, the film thickness must reach 0.125μm
  4. TaO process, the film thickness must reach 0.125μm

Automotive panel industry

Provide one-stop service

  

  1. Customized design and manufacturing
  2. IM-ITO film design and process introduction
  3. Mass production parameter adjustment and SPC Control establishment

High-level panel industry

  1. AR anti-reflection applications are used on high-end display panels to make the picture clearer, less reflective, and to see the true nature of the picture more clearly
  2. In the above picture, AR is not used on the left side and AR is used on the right side. The picture on the left completely loses color saturation and clarity, and there are obvious light reflection images


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