• Laminate watermarked Statshield®
  Provides visual check, ensuring use of the highest quality ESD shielding bag film
• <15 nanojoule energy penetration
  Superior protection to ESDS bag contents; better value and better performance than more expensive shielding bags
• 0.35 gram moisture vapor transmission rate
  Superior protection for moisture sensitive products; better value than more expensive ESD shielding bags
• 40% light transmission
  Allows for easy identification of contents without removal
• Highest quality
  We refuse to put your products at risk
• Integral antistatic, low tribocharging properties
  Bag contents will not electrostatically charge during movement
• Integral static dissipative properties
  Not topically treated, not humidity dependent, 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.
• Lot coded
  Quality control traceability
• Polycarbonate compatible containing no amines or N-octanoic 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, ANSI/ESD S541, EIA 541, EIA 625, MIL-STD-1686, and EIA 583
• Heat sealable or optional antistatic, low charging zipper
  Convenient recloseable seal; reusable
• Lead-free RoHS compliant
• Made in the United States of America
• Includes Zipper
  

The bag's material meets the performance specification requirements of ANSI/ESD S541.

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

Resistance of outer surface: <10E10 ohms
Resistance of inner surface: <10E10 ohms
Thickness: 3.1 mil