Bsc Preferred CF210C Clear Poly Sheeting

Product Description

The BSC PREFERRED CF210C is a clear polyethylene sheeting product designed to protect equipment, machinery, lumber, and building materials from moisture, dirt, and dust. It serves as an economical alternative to drop cloths and functions as a moisture barrier when applied to walls or floors. Weighing 18.62 pounds per unit, this sheeting is built for sustained use across demanding job sites. Licensed contractors, general tradespeople, and construction crews rely on it for fast, cost-effective surface and equipment protection during active work phases or seasonal storage.

The CF210C is suited for residential and commercial construction environments. Common applications include covering stored lumber to prevent moisture absorption, wrapping machinery and tools during non-use periods, lining wall cavities as a temporary or permanent moisture barrier, and general dust containment during demolition or renovation work. Its multi-purpose format means a single roll can address several job site needs without requiring specialty materials.

Key Features

• Clear polyethylene construction allows visual inspection of covered materials without removal
• Functions as a moisture barrier for walls, floors, and equipment surfaces
• Economical alternative to woven drop cloths for large-area coverage
• Suitable for construction site use including lumber protection and dust containment
• Packaged as a single unit for straightforward inventory and procurement

Compatibility

Designed as a general-purpose poly sheeting solution for construction, packaging, and protective covering applications. This product is equivalent to part number S-14630.

Installation Notes

No special tools are required for deployment. Cut to length using a utility knife or heavy-duty scissors. When used as a wall moisture barrier, secure edges with appropriate tape or mechanical fasteners per applicable building code requirements. Avoid puncturing the sheeting in high-moisture applications, as breaches reduce its effectiveness as a vapor retarder.