Bsc Preferred SF159 Blown Stretch Film 90 Gauge 4-roll Case

Product Description

The BSC PREFERRED SF159 is a blown stretch film designed for securing and stabilizing loads on pallets and in transit. Manufactured at 90 gauge, it handles loads up to 3,000 pounds and delivers strong puncture and tear resistance suited to irregular or uneven load profiles. The film's excellent cling keeps wraps tight without adhesives, providing reliable load containment. This product is sold as a case of 4 rolls and is used across warehouse, distribution, and shipping operations where consistent, repeatable pallet wrapping is required.

The SF159 is well suited for general-purpose stretch wrapping in both ambient and cold-temperature environments, performing reliably in temperatures down to -5 degrees F. It is a practical choice for facilities that wrap irregular loads, mixed pallets, or products with protruding edges that tend to puncture lighter-gauge films. Compatible dispensers are available under stock numbers SFDIS259, SFDIS277, and SFDIS278. This product is equivalent to part number S-2107.

Key Features

• 90 gauge film rated for loads up to 3,000 pounds
• Puncture and tear resistant construction handles irregular load shapes
• Excellent cling provides stable load containment without adhesives
• Rated for use in temperatures down to -5 degrees F
• Compatible with dispensers SFDIS259, SFDIS277, and SFDIS278
• Sold as a case of 4 rolls for efficient stocking

Compatibility

Compatible dispensers include stock numbers SFDIS259, SFDIS277, and SFDIS278. This film is equivalent to part number S-2107 and is suitable for standard hand-wrap and dispenser-assisted pallet wrapping applications.

Installation Notes

Apply using a handheld or pole-style stretch film dispenser for best results and to reduce hand fatigue during wrapping. Begin wrapping at the base of the pallet, overlapping each pass by at least 50 percent for consistent containment. No tools or trade licensing are required, but proper wrapping technique and load weight limits should be observed to prevent load shift during transport.