HE1010 wafer box ESD wafer jar round box
HE1010 wafer box ESD wafer jar round box
HE1010 wafer box ESD wafer jar round box
HE1010 wafer box ESD wafer jar round box
HE1010 wafer box ESD wafer jar round box
HE1010 wafer box ESD wafer jar round box
HE1010 wafer box ESD wafer jar round box
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  • HE1010 wafer box ESD wafer jar round box
  • HE1010 wafer box ESD wafer jar round box
  • HE1010 wafer box ESD wafer jar round box
  • HE1010 wafer box ESD wafer jar round box
  • HE1010 wafer box ESD wafer jar round box
  • HE1010 wafer box ESD wafer jar round box
  • HE1010 wafer box ESD wafer jar round box

HE1010 wafer box ESD wafer jar round box

  • Detailed description
  •   HESION produces high-quality silicon wafer carriers (Wafer Carrier or Wafer Shipper), containers specifically designed for the safe, clean, and anti-static storage, transportation, and handling of semiconductor silicon wafers (wafers).
       Product Description:
      1. Material and Structure:
      • Silicon wafer carriers are typically made of high-quality engineering plastics such as polypropylene (PP), as PP has good chemical resistance and anti-static properties.
      • The box structure is precisely designed, including multiple slots for securing individual wafers, ensuring that the wafers remain stable during transportation and preventing collisions and scratches.
      • Some wafer carriers may have additional anti-static or shock-absorbing materials inside and on the edges to further protect the wafers from electrostatic discharge or physical impact.
      2. Anti-static Performance:
      • Silicon wafer carriers typically have an anti-static design; the material or surface treatment maintains a surface resistivity between 10^6 and 10^9 ohms/square, ensuring that static charges can dissipate quickly, preventing electrostatic discharge from damaging the wafers.
      3. Specifications and Models:
      • According to the wafer size, silicon wafer carriers are available in various specifications, such as 4-inch, 6-inch, 8-inch, and 12-inch, corresponding to different wafer diameters.
      • Wafer carriers may also have different models, such as FOUP (Front Opening Unified Pod) for 12-inch wafers in advanced semiconductor manufacturing, and wafer carriers in SMIF (Standard Mechanical Interface) systems.
      4. Usage and Maintenance:
      • Before use, ensure that the wafer carrier is clean and dust-free. It can be opened and closed in a cleanroom environment.
      • After placing the wafers in the carrier, ensure that the wafers fit snugly into the slots to prevent shaking during movement.
      • For cleaning, use a dedicated cleanroom-grade anti-static cleaner and dust-free cloth to avoid scratching the wafer carrier or introducing contaminants.
      5. Applicable Occasions:
      • Silicon wafer carriers are widely used in various stages of semiconductor manufacturing, including storage after wafer cutting, transfer between cleanrooms, and protection during external transportation.