Bsc Preferred VCIS912 Vci Wrapping Paper 1000 Per Case

Product Description

The BSC PREFERRED VCIS912 is a volatile corrosion inhibiting (VCI) wrapping paper designed to protect ferrous metal parts and surfaces from rust, corrosion, and oxidation during storage or transit. The chemically treated paper continuously vaporizes, creating a protective vapor environment around wrapped or covered metal components. This case contains 1000 sheets, making it suited for high-volume packaging operations. The VCIS912 is commonly used in manufacturing facilities, machine shops, HVAC supply warehouses, and industrial distribution environments where bare metal parts require reliable corrosion protection during handling and storage.

This VCI paper is applied by wrapping or covering ferrous metal parts before packaging. The recommended application rate is one square foot of VCI paper per one cubic foot of enclosed packaging volume. Complete wrapping provides maximum protection. It is sold by the case and is appropriate for use in any setting where ferrous components such as fittings, fasteners, tools, or machined parts must be protected from atmospheric corrosion over extended storage or shipping periods.

Key Features

• Chemically treated paper that continuously vaporizes to inhibit rust, corrosion, and oxidation on ferrous metals
• Recommended coverage ratio: one square foot of VCI paper per one cubic foot of packaging volume
• Complete wrapping recommended for maximum corrosion protection
• Sold in a case quantity of 1000 sheets for high-volume use
• Non-hazardous material, safe for standard warehouse and shipping environments

Compatibility

Designed for use with ferrous metal parts and surfaces. Equivalent to part number S-13030.

Installation Notes

Apply by wrapping or draping VCI paper directly over ferrous metal components prior to packaging or storage. Ensure complete coverage for maximum effectiveness. No special tools are required. Store unused paper in a sealed condition to maintain the chemical treatment between uses.