Bsc Preferred STC370 Esd Shielding Bags 100 Per Case

Product Description

The BSC PREFERRED STC370 is a case of 100 anti-static zip-top bags engineered to protect ESD-sensitive electronic components during storage and transport. Each bag features multi-layer construction that guards against electrostatic discharge, helping prevent damage to circuit boards, capacitors, sensors, and other static-sensitive parts. The transparent material lets technicians identify contents at a glance, and each bag is printed with the standard ESD warning symbol for quick visual identification on the bench or shelf. The zip-top seal keeps contents secured without additional closure hardware.

These bags are suited for commercial and industrial environments where ESD-sensitive devices must be stored or shipped safely. Typical users include HVAC electronics shops, electrical contractors, and service facilities handling variable-speed drives, control boards, and other low-voltage electronics. The case quantity of 100 supports higher-volume operations that process multiple components per day. These bags are intended for commercial use only and are not listed under the Defense Standardization Program Qualified Product Listing.

Key Features

• Multi-layer construction guards against electrostatic discharge
• Transparent material allows visual identification of contents without opening
• Printed ESD warning symbol on each bag for clear handling guidance
• Zip-top seal secures contents without additional tools or closures
• Sold as a case of 100 bags for high-volume service operations
• Equivalent to part number S-3448

Compatibility

Designed for use with ESD-sensitive electronic devices and components in commercial service and storage applications. Equivalent to part number S-3448.

Installation Notes

Place ESD-sensitive components inside the bag before sealing the zip-top closure. Handle bags at a grounded ESD-safe workstation to maximize static protection. Avoid storing bags in direct sunlight or in areas with extreme heat, which can degrade the anti-static properties of the material over time.