HE1010 wafer box, ESD wafer ring, flat box, 6-inch
HE1010 wafer box, ESD wafer ring, flat box, 6-inch
HE1010 wafer box, ESD wafer ring, flat box, 6-inch
HE1010 wafer box, ESD wafer ring, flat box, 6-inch
HE1010 wafer box, ESD wafer ring, flat box, 6-inch
HE1010 wafer box, ESD wafer ring, flat box, 6-inch
HE1010 wafer box, ESD wafer ring, flat box, 6-inch
HE1010 wafer box, ESD wafer ring, flat box, 6-inch
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  • HE1010 wafer box, ESD wafer ring, flat box, 6-inch
  • HE1010 wafer box, ESD wafer ring, flat box, 6-inch
  • HE1010 wafer box, ESD wafer ring, flat box, 6-inch
  • HE1010 wafer box, ESD wafer ring, flat box, 6-inch
  • HE1010 wafer box, ESD wafer ring, flat box, 6-inch
  • HE1010 wafer box, ESD wafer ring, flat box, 6-inch
  • HE1010 wafer box, ESD wafer ring, flat box, 6-inch
  • HE1010 wafer box, ESD wafer ring, flat box, 6-inch

HE1010 wafer box, ESD wafer ring, flat box, 6-inch

  • Detailed description
  •   HESION produces high-quality silicon wafer carriers (Wafer Carrier or Wafer Shipper), 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 Scenarios:
      • 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.