Bsc Preferred MSF20706C Cast Machine Stretch Film

Product Description

The BSC PREFERRED MSF20706C is a cast machine stretch film designed for use with stretch wrapping equipment in warehouse and distribution environments. The film releases from the roll with low friction, reducing operational noise by up to 75% compared to blown stretch films. It stretches up to 250%, providing consistent load containment while minimizing material usage per pallet. The ultra-clear film allows bar codes, labels, and shipping information to remain legible through the wrap without removing or cutting the film. This product is handled and applied by warehouse staff and packaging equipment operators.

The MSF20706C is suited for uniform pallet loads in warehouse, distribution, and light industrial settings. It is compatible with standard machine-applied stretch wrapping equipment and fits into high-throughput packaging lines where consistent film performance and noise reduction are priorities. The low-noise release characteristic makes it well suited for facilities with noise-sensitive environments or enclosed packing areas.

Key Features

• Stretches up to 250%, reducing film consumption per wrapped load
• Cast film construction releases smoothly from the roll, cutting warehouse noise by up to 75%
• Ultra-clear film keeps bar codes and labels readable through the wrap
• Designed for uniform loads and compatible with all standard stretch film equipment
• Equivalent replacement for part number S-6668

Compatibility

Works with all stretch film wrapping machines. Equivalent to part number S-6668.

Installation Notes

Load the film roll onto the stretch wrapping machine carriage according to the equipment manufacturer's threading instructions before starting the wrap cycle. Inspect the film core and machine spindle for damage before loading to avoid uneven film tension or roll slippage during operation. Do not exceed the machine's rated film tension settings, as overstretching beyond the film's rated elongation may cause web breaks and load instability.