• Most commonly used shielding bag
  High volume manufacturing provides value for the customer
• 40% light transmission
  Allows for easy identification of bag contents
• Integral antistatic, low tribocharging properties
  Bag contents will not electrostatically charge during movement
• Integral static dissipative properties
  Not topically treated, not humidity dependant, won't wear off
• Manufactured on specially designed soft fold converting machines
  Prevents scratches and creases maintaining the integrity of Faraday Cage shielding protection
• Large 3/8" wide seals - high performance interior sealing layer
  Greater sealing surface provides greater seal strength compared to comparable products with 1/8" wide seals; higher quality, more durable
• Identified with ESD Protective Symbol as required by ANSI/ESD S541 with lot code #.
  Improved quality control tracking and identified as ESD packaging.
• Polycarbonate compatible containing no amines or N-octanic acid
  Non-corrosive, will not contaminate parts
• Testable to industry standards
  Meets or exceeds one or more of the following standards: electrical and physical requirements of ANSI/ESD S20.20, Mil-PRF-81705D Type III, EIA 541, EIA 625, MIL-STD-1686, and EIA 583
• Heat Sealable
• Lead-free RoHS compliant
• Made in America
  This item is made and stocked in Canton, MA
  
  Estimated Shipping Weight: 5.01 Pounds

The bag's material meets the performance specification requirements of Mil-PRF-81705D, Type III.

Sold in packages of 100 bags packaged in a protective oversized ESD bag.

Resistance of outer surface: <10E11 ohms per ANSI/ESD S11.11
Resistance of metal layer: <10E2 ohms per ANSI/ESD S11.11
Resistance of inner surface: <10E11 ohms per ANSI/ESD S11.11
Thickness: Nominal .0030" (.0762mm) ±10%

Technical Requirements and Guidance
“ESD protective packaging shall be in accordance with the contract, purchase order, drawing or other documentation. When not specified by the above documentation, the organization shall define ESD protective packaging requirements, both inside and outside the EPA per ANSI/ESD S541.”  [ANSI/ESD S20.20-2007 section 8.4]