Zerust® is the original VCI film company and invented VCI infused plastic technology. Zerust® VCI packaging films are available in many stock and custom options. VCI Film comes in a range of sizes and MIL thicknesses and can be made in VCI plastic sheets, tubing, J-sheeting and c-fold sheeting. Some stock bag options are flat VCI bags, zipper bags and VCI gusset liners. A range of metal protection types are available as well as acid-gas scavenging technology and additives such as ESD and UV protection can be incorporated. Valeno® VCI film is a registered trademark of Excor®.
Use ICT510-C VCI Film for cost-effective and versatile protection against corrosion damage for Ferrous metals in shipping and storage.
Use ICT510-C Non-ferrous VCI Film for cost-effective and versatile protection against corrosion damage for non-ferrous metals such as aluminum, copper, brass, bronze and galvanized steel in shipping and storage.
Use ICT®510-C VCI Multimetal Film for cost-effective and versatile protection against corrosion damage for ferrous and non-ferrous metals in shipping and storage.
Zerust® VCI Poly Bags diffuse Vapor Corrosion Inhibitors to protect metal components, machined parts, engines, molds and more from rust and corrosion.
Use ICT®520-CB1 Anti-Tarnish film to protect silver, copper, bronze, brass, or tin from unsightly and damaging oxidation and tarnish.
Use ICT®520-CSL Film to save valuable time, equipment and labor in packaging operations by eliminating the need to heat-seal, apply tape or staples.
Use ICT®510-CLHD high-density film for interleaving purposes, to laminate other materials or as a replacement for VCI kraft paper during shipment, storage or work in progress.
ICT®520-HS High-Strength VCI film is less likely to puncture or tear compared with traditional polyethylene film, so it is especially suited for applications that have demanding corrosion protection requirements.
ICT®504-LM Film provides significantly elevated corrosion protection for iron and steel while dramatically lowering the Water Vapor Transmission Rate (WVTR) of the package (30% reduction on average).
Use ICT®510-OPS VCI Shrink Film for long-term outdoor storage and mothballing of parts and equipment.
ICT®510-SRK Film is polyethylene shrink film impregnated with vapor corrosion inhibitors that shrinks tightly around the item when subjected to heat, providing a contoured fit and VCI protection.
ICT®510-SK Film is polyethylene skin film that also contains Vapor Corrosion Inhibitors to give superior corrosion protection to fragile items.
ICT®540-SDA poly bags provide breakthrough corrosion protection for metal parts in highly corrosive environments.
Use ICT®510-SM Stretch Film to wrap and protect metal items from corrosion and damage in storage and shipping.
Use ICT® VCI Weapon Bags to provide protection against corrosion damage for weapons and accessories in shipping, storage and in-between operations.
Use ICT® Tote Covers to protect metal parts from both contamination and corrosion while in temporary storage.
Use ICT®570 Foam Sheeting for lightweight and resilient packaging material that prevents rust using Vapor Corrosion Inhibitors.
ICT®520-SRA VCI is a durable polyethylene fabric film that contains woven strands for strength and tear resistance that prevents corrosion and damage in shipping and storage.
Use Zerust® Profile Board in place of traditional corrugated sheeting to provide strength as well as corrosion inhibiting capability.
VCI Packaging, or Vapor Corrosion Inhibitor packaging film, is a poly packaging film manufactured with added VCI chemistry. VCI molecules protect metals from corrosion by forming a thin, invisible layer on the surface.
This layer inhibits the corrosion process caused by oxygen, water and contaminants. Vapor Corrosion Inhibitor packaging can be made in different sizes, weights, and inhibitor types. It can be ordered in rolls, bags, and with custom printing.
VCI Packaging, or Vapor Corrosion Inhibitor packaging film, emits molecules that settle on metal surfaces and form an invisible layer that protects from corrosion. It protects by interrupting the electrochemical corrosion process caused by moisture, oxygen and contaminants in the atmosphere.