Hard Armor/SAPI Plate Cover Fabric using CORDURA TrueLock™

Advantages:

• Extra protection from fragmentation
• Flexible and comfortable
• Specialty adhesive backing (PSA) applied to the back side of fabric
• Nylon casing fabric
• Water resistance and ease of use for manufacturing

End Uses:

• Backpack interior panel covers
• Tactical armor plate covers

TrueLock™
MIL-DTL-32439, Type I, Class 3, Style A
(Also meets MIL-C-43734, Class 3)

Solution Dyed
Made in the USA
IR and Berry Compliant

***This product will always be rolled. Extra handling fee is already included in shipping cost.***

Rockywoods is an authorized CORDURA® Nylon Fabric distributor

500 Denier Solution Dyed CORDURA® Nylon fabric is a versatile nylon fabric with more strength and bulk than No. 10 Duck at little more than half the weight. CORDURA® Nylon is a textured nylon for a natural spun-like appearance, with excellent resistance to fading, abrasion, rot and mildew. Quick drying, and highly water repellent. Suggested Uses: Courier bags, insulated food service carriers, gun cases, stuff bags, camera bags, wallets, duffel bags, soft-sided luggage, purses, handbags, horse blankets, police and air and sea rescue supply bags, surfboard/ski carrying bags, sporting goods, dog beds and equipment.


What is TrueLock™?

• CORDURA TrueLock™ Fabric is solution-dyed, which locks in color at the molten-polymer extrusion level, making it resistant to UV fading and frosting under abrasion for extended color vibrancy.
• Featuring a non-shiny, matte appearance, CORDURA TrueLock™ Fabric technology not only locks in color, it ensures lot-to-lot and multi-component color consistency from batch to batch.
• The same UV resistance that benefits color vibrancy also helps CORDURA TrueLock™ Fabric retain its strength after extended UV exposure, so its high-tenacity nylon 6,6 construction holds up over time.
• Every 250,000 linear meters of fabric made of CORDURA TrueLock™ Fabric can save more than 467,00 liters of water, 408,000 mega joules of energy and 26,845 kilograms of CO2.