Introducing CoreMatrix™ Technology
Enabling the most flexible and lightweight ballistic protection
Arclin CoreMatrix™ Technology is a process that combines numerous woven layers by infusing staple fiber in the z direction. This hybrid structure is extremely soft and flexible while increasing the overall ballistic performance for bullet threats and fragmentation protection. Along with the proven performance of Arclin fiber technology, CoreMatrix™ Technology will enable the lightest, most flexible ballistic solutions that meet the new National Institute of Justice (NIJ) standards for enhanced durability.
CoreMatrix™ Technology delivers the most advanced ballistic protection that military, law enforcement and global security officers require for ballistic threats while increasing flexibility and comfort.
Our technical team would be glad to assist in package design or answer any questions you may have.
Meets the new National Institute of Justice (NIJ) standards for enhanced durability without increasing weight for post-conditioning testing.
Designed to withstand a range of extreme ballistic and fragment threats facing those who protect us.
Increased ballistic and fragment performance that's lightweight, flexible and comfortable.
Arclin fiber technology with CoreMatrix™ Technology provides revolutionary edge shot and multi-threat protection. CoreMatrix™ is best suited in hybrid ballistic packages as a strike-face and body side material.
Your protection is our priority
Whether it's protecting our neighborhoods or our nation, Arclin is committed to providing the critical protection that military and law enforcement personnel need to get home safely.
As threats continue to change and evolve, we work tirelessly to keep your protective gear one step ahead.
Performance
10-15% increased ballistic
performance compared to
traditional woven structures
Comfort
Provides lightweight ballistic
solutions without compromising
flexibility and feel
Ease of manufacturing
Significantly reduces
manufacturing time with minimal
set-up and stitch architecture
