Cortec®scientists have developed the latest packaging addition to its advanced professional Milcorr®line of products used by global military personnel. New MilCorr®FR VpCI®Shrink Film is a new, heavy-duty film with superior mechanical propertiesfeaturing Cortec’s multimetal Vapor phase corrosion inhibitors (VpCI®), flame retardant additives, and UV inhibitors. MilCorrFR VpCI Shrink Film provides a universal protection system to maintain the integrity of the film itself as well as the parts packaged within. It reduces costs of protection and extends asset life.
This safe, economical, multifunctional film can replace conventional rust preventatives such as oils and desiccants while extendingequipment life.Parts protected with MilCorr FR VpCI Shrink Film are ready to use with no additional cleaning and/or degreasing necessary, saving time and money by eliminating extra processing steps.
Metal parts packaged in MilCorr FR VpCI Shrink Film receive continuous multimetal, contact, barrier and vapor-phase protection against salt air and humid environments, moisture, aggressive industrial atmospheres, and dissimilar metal corrosion. The VCIs vaporize and condense on all metal surfaces within the enclosed space, and diffuse to every area of your part; protecting its exterior as well as void spaces and recessed areas. Complete product storage protection during domestic and overseas shipments is provided, eliminating any rust claims and allowing immediate use of protected object upon removal.
The productconforms to military specification MIL-B-22019D, NACE Standards RP0487-2000, and TMO-2008. It passes NFPA 701-2010 “Fire Test for Flame Propagation of Textiles and Films”, Test #2-Flat Sheet Specimens.
Typical applications include:
- Military vehicles and equipment preservation;
- Mothball preservation of industrial equipment;
- Export packaging of expensive larger equipment;
- Heavy equipment covers;
- Recreational vehicle (boats, snowmobiles, etc.) preservation;
- Pallet shrouds.
For more information, visit www.cortecvci.com.