Bsc Preferred PTAS1604 Anti-static Poly Tubing

Product Description

The BSC PREFERRED PTAS1604 is a roll of pink anti-static polyethylene tubing designed to let technicians and packagers create custom-size anti-static poly bags on demand. Rather than stocking multiple bag sizes, users cut the tubing to the required length, insert the item, and heat seal both ends. The pink anti-static film dissipates static charge, making this tubing appropriate for packaging electrostatic-discharge-sensitive components such as circuit boards, modules, and other electronic assemblies. The roll weighs approximately 57.62 pounds and ships in a package measuring 12.5 inches by 17 inches by 12.5 inches.

This tubing is used in electronics manufacturing, repair shops, distribution centers, and field service environments where ESD-sensitive components must be packaged safely before storage or shipment. It is particularly useful in operations that handle a wide variety of part sizes, since a single roll replaces an inventory of fixed-size bags. Trade technicians, electronics assemblers, and shipping personnel are the typical end users.

Key Features

• Pink anti-static polyethylene film provides static discharge protection for ESD-sensitive components
• Cut-to-length format allows custom bag sizes from a single roll, reducing inventory overhead
• Heat-seal compatible on both ends for a secure, tamper-evident closure
• Equivalent replacement for part number S-3950
• Sold as a single roll (EA unit of measure, MOQ 1)

Compatibility

Equivalent to part number S-3950. Designed for use with standard heat-sealing equipment compatible with polyethylene film. Suitable for packaging electrostatic-discharge-sensitive components across a range of sizes.

Installation Notes

Cut tubing to the desired length using scissors or a straight-edge cutter before inserting the component. Insert the ESD-sensitive item, then heat seal both open ends using a compatible bar or impulse heat sealer. Verify the seal integrity before storage or shipment. Handle the film in a controlled environment to avoid contamination that could compromise anti-static properties.