Low Charging Transparent Cellulose Film (2.4 Mil Thick) With High-Tack Rubber Adhesive - Wescorp tape generates less than 50 volts when unwound from roll (at 73°F, 45% RH average) making it safe to use around most ESD sensitive items.*
Conductive Shielding Layer (1 x 104 to < 1 x 106 ohms) Marked with ESD Symbols (MIL STD 1285 and ESDA) - For use in creating a Faraday Cage to provide static shielding of an ESD sensitive item.
Surface Resistance 1 x 108 to < 1 x 1011ohms - Tested per ANSI/ESD S11.11 to meet dissipative limits of packaging standard ANSI/ESD S541.
Temperature Range 10°C - 71°C (14°F - 140°F) - Meets MIL-B-81705 for exposure to 100°C for 10 minutes max.
Lead-Free RoHS Compliant
Made in USA
Applications for Conductive Shielding Grid Tape
For applications requiring EMI shielding
Use in areas where the generation of static electricity is of concern
Using grounded Tape Dispenser, voltage generated by unrolling will effectively be reduced to approaching zero
Secure (bundle) IC tubes
Cover external plugs, holes or connector pins on electronic chassis (black boxes, etc.) during transportation or storage
Specifications
Electrical Properties
Both surfaces low-tribocharging at 50% RH
Both surfaces low-tribocharging at 50% RH
Conductive grid layer 1 x 104 to < 1 x 106ohms at 50% RH
Adhesive copolymer resistivity 1 x 109ohms (nominal) acrylic based adhesive
Copolymer layer 8 x 1012ohms (nominal)
Physical Properties
1.9 Mil (0.0019"), (0.049mm) total thickness
No silicone (adhesive, film backing, release material)
Max Temperature 60°C (140°F)
Non-corrosive
Property
Tensile Strength - Longitudinal: 160 N/mm sq. ; Test Method: ASTM D 882
Tensile Strength - Transverse: 270 N/mm sq.; Test Method: ASTM D 882
Elongation - Longitudinal: 160%; Test Method: ASTM D 882
Elongation - Transverse: 50%; Test Method: ASTM D 882
Static Decay Time: 0.5 sec; Test Method: FTMS 101B, M4046
Base Film Thickness: 30 micron
Peeling Force: 12 N
Cohesion Force: 12 hrs.; Test Method: LCTS-T2-4
Adhesion to Steel: 0.300 kg/25mm min.; Test Method: LCTS-T3-4