Polyester with a thin layer of aluminum sputtered onto its surface is laminated to anti-static polyethylene. The resulting structure can be used to make a bag that forms a Faraday cage around ESD sensitive electronics and is heat sealable. The material is translucent allowing the contents of the packaging, including barcodes, to be read through the bag.
Elimstat Shielding Bags are Compliant with RoHS 2, IEC, and ESD Association standards
Elimstat Shielding Bags are compliant with both ANSI / ESD S541-2008 and MIL-PRF-81705E-2010 requirements for lot codes, for date / lot code traceability.
Elimstat Shielding Bags are "Metal-In" - made with the conductive aluminum layer buried between two antistatic layers. Bags can also be constructed "metal-out".
SKU: N/A Category: Tags: , ,

• Heat Sealable Open Top

• RoHS and REACH Compliant

• Sold per case of 1,000 Bags

• Sizes reflect Inner Dimensions

• Call (937) 324-1100 for Custom Dimensions, Print Labeling, or Inventory Questions.

Electrical Specs

Electrical PropertiesTypical ValuesTest Method
Surface Resistivity< 1012 Ohms / SquareASTM D-257 @ 15% RH
ESD Resistance < 1011 OhmsANSI/ ESD STM 11.11
Static Shielding< 10 nJEOS / ESD S11.31
Electrostatic Decay.01 SecondsFTMS 101 Method 4046
Capacitance Probe< 10 volts DifferenceMIL-PRF-81705D, EIA 541
Transparency40% (Bar Code scans through bag)ASTM D 1003
Corrosion | OutgassingNon-Corrosive | PassMIL-STD-3010, M3005 | ASTM E595
Amines, N-Octanoic Acid, Heavy MetalsNot Present / RecyclableRoHS, REACH

• Metal-In
• ASTM D 1003 Compliant: Transparent enough for barcodes to be scanned through the bag
• IEC 60417 6202 / ESD Rating of “S”: electrostatic discharge shielding
• ANSI / ESD S8.1 Compliant: ESD Protective Symbol and lot codes printed on bags
• Sizes reflect inner dimensions
• Amine and Amide Free
• RoHS 3 and REACH Compliant

Static Shielding Bags are constructed of plastic and aluminum in a pattern known as “metal-in”.

The “metal-in” layer is composed of ESD shielding aluminum laminate that provides a conductive Faraday Cage around electronics inside the bag. This is what stops electrostatic discharges (ESD) from entering it.

The anti static outer layers are made of static free polyethylene (PE) and polyester (PET). These prevent the bag from charging when it rubs against other surfaces.

All static shielding bags sold on Elimstat.com are lead-free, contain no amines, N-Octanoic acid, or heavy metals. This keeps them in compliance with RoHS and REACH.

They have no effect on aluminum, copper, silver, SN-Pb coated foil, stainless steel or low-carbon steel.

Physical Specs

Physical PropertiesTypical ValuesTest Method
Thickness3.1 milsPST #001
Yield9,000 Sq. in/lbPST #002
Puncture Resistance> 12 lbsFTMS 101C Method 2065
Tearing Initiation> 2 lbsASTM-D-1004-94A
Seam Strength> 12 lbs / inASTM-D-882
Tensile Strength15 lbs / inASTM-D-882
Burst (Mullen)82 PSIASTM-D-774
Haze4%ASTM-D-1003
Optical Density0.35-0.45ASTM-D-1003

• Metal-In
• ASTM D 1003 Compliant: Transparent enough for barcodes to be scanned through the bag
• IEC 60417 6202 / ESD Rating of “S”: electrostatic discharge shielding
• ANSI / ESD S8.1 Compliant: ESD Protective Symbol and lot codes printed on bags
• Sizes reflect inner dimensions
• Amine and Amide Free
• RoHS and REACH Compliant

Static Shielding Bags are constructed of plastic and aluminum in a pattern known as “metal-in”.

The “metal-in” layer is composed of ESD shielding aluminum laminate that provides a conductive Faraday Cage around electronics inside the bag. This is what stops electrostatic discharges (ESD) from entering it.

The anti static outer layers are made of static free polyethylene (PE) and polyester (PET). These prevent the bag from charging when it rubs against other surfaces.

All static shielding bags sold on Elimstat.com are lead-free, contain no amines, N-Octanoic acid, or heavy metals. This keeps them in compliance with RoHS and REACH.

They have no effect on aluminum, copper, silver, SN-Pb coated foil, stainless steel or low-carbon steel.

Heat Sealing

► Measured Value for Heat Seal:
Temperature: 375F
Pressure: 60 PSI
Time: 0.5 seconds

► Typical Values for Heat Sealing:
Temperature: 250F – 375F
Pressure: 30- 70 PSI
Time: 0.5 – 3.5 seconds

Heat Sealing Bag Machine

Compliance with ANSI / ESD Standards

Per ANSI/ESD S8.1 the ESD Protective Symbol is printed on Elimstat Static Shielding Bags with the manufacturer’s label (Bennett & Bennett) and lot codes for traceability.

ESD Protective Symbol

S8.1 states that this symbol is to be used to clearly mark any packaging whose function is to protect electronics from ESD. In particular, it should be used to mark any product that serves a “static shielding” function.

8100 Series bags are also compliant with traceability standards for both ANSI and The Department of Defense: ANSI/ESD S541-2008 and Mil-PRF-81705E-2010.

The ANSI/ESD Standard (S541-2008) states in section 8.2.3 Traceability – Packaging should be marked with information that allows traceability to the packaging manufacturer and to the manufacturer’s date/lot code information. The date/lot code should allow traceability to quality control information pertaining to the manufacture of the specific lot of packaging.

The Military Mil-PRF-81705E-2010 under section 3.6 requires date and lot code information, manufacturer and class of bag type.

Compliance with RoHS and REACH Standards

All static shielding bags sold on Elimstat.com are compliant with RoHS 2 (EU Dirctive 2011/65/EU).

These bags will be certified for RoHS 3 July 22, 2019. (EU Directive 2015/863/EU)

RoHS and REACH compliance available upon request. Please contact [email protected] or call (937) 324-1100.

Construction

Static Shielding Bags are constructed of plastic and aluminum in a pattern known as “metal-in”.

The “metal-in” layer is composed of ESD shielding aluminum laminate that provides a conductive Faraday Cage around electronics inside the bag. This is what stops electrostatic discharges (ESD) from entering it.

The anti static outer layers are made of static free polyethylene (PE) and polyester (PET). These prevent the bag from charging when it rubs against other surfaces.

You may also like…