Layer by layer, not a single sheet.
Each insert is built from stacked unidirectional plies — the construction is the product.
This is the material behind the backpack insert — and the part of our work you can act on today.
Every ArmorEDC product starts as UHMWPE non-woven UD — an ultra-high-molecular-weight polyethylene material engineered for soft, flexible protective layers. We stock it in the United States, process it to specification, and test it at independent laboratories.
Our material was tested at an independent U.S. laboratory to MIL-STD-662F V50 BL(P). That is a material-level result. It is not a finished-product result, and it is not a certification — the full evidence, including what the test does not establish, is set out below.
The material arrives as flexible roll goods. Layers are cut, stacked and finished into the shape each product needs — an insert panel, a material evaluation sample, or an OEM prototype built to a stated requirement.
It is sewable, laminatable and laser-cuttable, which is what makes fast prototyping possible.
Unidirectional alignment is what makes the material work — and it starts here.
Not a stock-photo supply chain. These are the actual stages the material passes through before it reaches our U.S. warehouse.
Ultra-high-molecular-weight polyethylene tow — the starting point of every panel.
Thousands of filaments aligned in one direction — the basis of unidirectional construction.
Filaments spread into a continuous unidirectional web.
Layers bonded into continuous non-woven UD material.
Every roll checked and recorded against its lot before release.
Packed, documented and shipped to the U.S. warehouse.
Each insert is built from stacked unidirectional plies — the construction is the product.
We publish figures once they are confirmed against documentation — everything else stays “available on request” until it is. Imported material, processed and developed in the United States.
| Property | Value |
|---|---|
| Material type | UHMWPE non-woven unidirectional (UD) laminate |
| Per-layer areal density | 160 g/m² |
| Composition | 100% polyethylene |
| Construction / ply options | Available on request |
| Roll width & put-up | Available on request |
| Processing guidance | Available on request |
Sampling and OEM work is not a separate business line. It grew out of what we had to build to make our own product — which is also why we can put a real sample in your hands quickly.
Laser cutting, layering, edge sealing and sewing — enough capability to put a real, handleable sample in front of you before anyone commits to anything. It is how material conversations usually start.
Product type, dimensions, environment, target users.
Weight, thickness, flexibility, durability and cost targets.
Layer count and construction chosen against the targets.
Laser cutting, edge sealing, covering and sewing.
Verification appropriate to the stage, recorded per lot.
Sample feedback, structure revision, small-batch evaluation.
Not a person firing at a target. A test article is clamped in a fixture, a rifled barrel is mounted in a universal receiver at a fixed standoff, and each shot is driven to a commanded velocity and measured by chronograph as it passes. Velocity is the variable being controlled; everything else is held constant so that results mean something when compared.
Illustrative of the apparatus class used in ballistic limit testing. Equipment shown is laboratory instrumentation and is not ArmorEDC property.
Every claim on this site traces back to a document, a date and a laboratory.
Independently tested at Element U.S. Space & Defense (Belcamp, MD), Project PH00019051, 26 May 2026, to MIL-STD-662F V50 BL(P) under ambient conditions. Test report available on request.
Note on the report: the laboratory report references NIJ 0101.07 HG2 in its “applicable standards or procedures” field. That field identifies the source of threat parameters used in test setup. It does not indicate, and should not be read as, any certification status.
Test panels are built, marked, shot under controlled conditions and kept. These are our own articles and witness materials — documentation, not a performance claim.
We list what has not been verified with the same clarity as what has.
Behavior after environmental and tumble conditioning has not yet been tested.
BFD measurement is part of finished-product protocols and has not yet been performed.
Angled-shot protocols under current standards have not yet been performed.
ArmorEDC materials have completed independent material-level V50 testing at a U.S. laboratory. Development, prototyping and small-batch production are active. Documentation is maintained per material lot and product batch.
No ArmorEDC product is NIJ certified, NIJ listed or NIJ compliant. The NIJ program certifies law-enforcement torso body armor models — bags and accessory inserts are outside its scope. We never present test data as certification.
Request documentation Test reports are shared with qualified inquiries under the report’s proprietary terms.
Material evaluation samples are available for qualified U.S.-based development and OEM inquiries. Samples ship marked: Prototype — Not Certified — For Evaluation Only.
Material samples are currently available for qualified U.S.-based inquiries only.