3M™ Static Shielding Bag SCC 1000 is a metal-in static shielding bag that meets Mil-pRF-81705 type iii, eia 541, eia 625, Mil- hdbK-263, Mil-Std-1686, and eoS/eSd standards. It provides a static safe environment for sensitive electronic devices. The bag is made of four layers. The polyester dielectric layer and the metal layer provide Faraday effect shielding of eSd and fields. The specially processed polyethylene minimizes tribocharging. The bag is available in flat and zipper closure styles, and is coded for Qc traceability.
The SCC 1000 is a static shielding bag designed to protect sensitive electronic devices from electrostatic discharge. It features a metal‑in laminate that creates a Faraday cage effect, minimizing tribocharging and providing a static‑safe environment.
The bag is built with a four‑layer structure of polyester dielectric, a metal layer, and specially processed polyethylene. It is available in open‑top and zip‑top styles, with a wide range of standard sizes and custom options. The product meets Mil‑p RF‑81705 type III, EIA 541, EIA 625, Mil‑HDB K‑263, Mil‑Std‑1686, and EOS/ESD S11.31 standards, and includes detailed sealing specifications for reliable closure.
| Surface Resistivity (Interior) | <10^12 Ω/sq or <10^11 Ω |
|---|---|
| Surface Resistivity (Exterior) | <10^12 Ω/sq or <10^11 Ω |
| Metal Layer Resistance | 100 Ω |
| Static Shielding Voltage | <30 V |
| Static Decay Time | <0.05 s |
| Tensile Strength | >25 lb |
| Sealing Temperature | 250 °F – 375 °F |
| Sealing Time | 0.5 – 3.5 s |
| Sealing Pressure | 30 – 70 psi |
| Bag Thickness | 3.1 mils |
It meets Mil‑p RF‑81705 type III, EIA 541, EIA 625, Mil‑HDB K‑263, Mil‑Std‑1686, and EOS/ESD S11.31 standards.
It uses a four‑layer laminate of polyester dielectric, a metal layer, and specially processed polyethylene to provide Faraday‑effect shielding.
Both interior and exterior surface resistivity are typically less than 10^12 Ω/square (or less than 10^11 Ω).
Seal at 250 °F – 375 °F for 0.5 – 3.5 seconds under 30 – 70 psi pressure.