Bsc Preferred STC377 Anti-static Zip-seal Bags 100/case

Product Description

The BSC PREFERRED STC377 is a case of 100 anti-static zip-seal bags engineered to protect ESD-sensitive electronic components during storage and transport. Each bag features a multi-layer construction that guards against electrostatic charges, reducing the risk of damage to sensitive circuit boards, capacitors, sensors, and other static-prone devices. A zip-top seal keeps contents secure while maintaining quick access. Each bag is transparent for easy part identification and is printed with the standard ESD warning symbol for compliant handling and storage.

These bags are suited for commercial and industrial applications where ESD control is required. Common uses include bagging spare electronic parts, control boards, variable frequency drives, circuit assemblies, and other components during service calls, bench work, or inventory management. The case of 100 provides enough stock for high-throughput operations such as service shops, distribution centers, and light manufacturing environments. This product is intended for commercial use only and is not listed under the Defense Standardization Program Qualified Product Listing.

Key Features

• Multi-layer construction guards against electrostatic discharge
• Transparent material allows visual identification without opening
• Zip-top seal provides secure closure and repeated access
• Printed ESD warning symbol supports compliant component handling
• Sold in cases of 100 bags

Compatibility

Designed for general commercial use with ESD-sensitive electronic devices including control boards, sensors, and circuit assemblies requiring static-protective packaging.

Installation Notes

Use these bags in conjunction with a full ESD-safe work environment including grounded mats and wrist straps when handling sensitive electronics. Store bagged components away from direct contact with conductive or highly charged surfaces. These bags are intended for storage and transport only and should not be used as a sole ground path.