RUST-X ALBAR SCRIM film is a High-Barrier Moisture, Water Vapour and Corrosion-Inhibiting Flame Retardant film. The film is manufactured on a 3 layer, multi-layer co-extrusion plant combined with laminated outer barrier layers comprising of Aluminum Foil and an over lamination with a Polyester Film. The combined multilayered structure offers a very high oxygen and water vapor barrier combined with VCI anti corrosion properties.
This is ideally used for packaging of metallic products or from equipment packaging for long term storage and transportation especially in areas prone to high temperatures, sparks, and construction and welding.
The VCI molecules on the inside work by evaporation and condensation on the cooler metal parts and prevent corrosion wherever they settle. In effect a corrosion-inhibiting layer molecular layer is deposited on the part. This works by preventing the forward reaction of corrosion by inhibiting electron flow, altering pH as well as by forming a physical barrier to oxygen and water vapor.
The bags can be custom-sized into 3 dimensional covers for many different types of installations and parts. These can also be supplied in 2 Dimensional bags or sheets. The bags can be heat-sealed or can also be provided with a self-sealable adhesive tape, which can be removed to form a sealed packaging system.
- Meets standard MIL B 131 and DIN 55531
- Multi-metal Protection Free of Nitrites, Halogens & Phosphates
- Heat sealable structure useful as a barrier material limiting passage through itself of solids, liquids, semisolids, gases or forms of energy such as ultraviolet light, said structure compromising a first play of a relatively tough, biaxial oriented film of organic polymer adhered to second ploy of metallic foil/coating and a third play of a tough polymer such as polyethylene.
|ASTM D 646
|Layer 1 PET
|Layer 2 Aluminum
|Heat Steal Strength N/15mm
|55 MD/47 CD
Layer 3 HDPE Film
|Oxygen Transmission Rate
|ASTM D 3985
Silver Outside Transparent Inside
|DIN 4102-B2 Standard
|Puncture Resistance load to Break
|DIN EN 14477
8 MD /7.6