Bsc Preferred SF186 Blown Stretch Film 60 Gauge 4 Rolls

Product Description

The BSC PREFERRED SF186 is a blown stretch film designed for wrapping irregular and unstable loads in warehouse, distribution, and shipping environments. Rated at 60 gauge, it handles loads up to 1,600 pounds and delivers strong puncture and tear resistance across demanding packing applications. The film produces excellent cling on contact, which locks layers together without adhesives and stabilizes loads through transit. It remains flexible and functional in temperatures as low as -5 degrees F, making it suitable for cold storage and refrigerated loading dock environments. Each case contains 4 rolls.

This stretch film is used in commercial and industrial shipping operations where consistent load containment is required. It is well suited for palletizing irregularly shaped items, bundling equipment components, and securing freight for ground or intermodal transport. The cold-temperature rating extends its usefulness into refrigerated warehouses and freezer staging areas. Compatible hand dispensers are available under stock numbers SFDIS259, SFDIS277, and SFDIS278.

Key Features

• 60 gauge blown film rated for loads up to 1,600 pounds
• Puncture and tear resistant construction for irregular load profiles
• Strong cling stabilizes loads without adhesives
• Rated for use in temperatures down to -5 degrees F
• Sold in a case of 4 rolls
• Compatible with hand dispensers SFDIS259, SFDIS277, and SFDIS278

Compatibility

Designed for use with standard hand-held stretch film dispensers; compatible dispensers available as stock numbers SFDIS259, SFDIS277, and SFDIS278. This product is equivalent to part number S-5294.

Installation Notes

Apply using a compatible hand dispenser or by hand for smaller loads. Wrap from the base of the pallet upward with overlapping passes to ensure full load containment. Do not overstretch the film beyond its rated capacity, as this reduces puncture resistance. Ensure the load is stable and square before wrapping to maximize cling effectiveness.