NEOZANT™: The Next Evolution in Ballistic Protection
Traditional ballistic materials reach their performance limits when faced with modern threat environments. Kevlar degrades in moisture, polyethylene fails above 160°F, and steel adds prohibitive weight to mobile protection systems. NEOZANT™ ballistic composites eliminate these compromises through advanced materials science that delivers 260% greater strength-to-weight performance while maintaining structural integrity across extreme operating conditions.
Built on Nobel Prize-winning Ring Opening Metathesis Polymerization chemistry, NEOZANT™ represents the most significant advancement in ballistic protection since the introduction of aramid fibers. Defense contractors, law enforcement agencies, and protective equipment manufacturers now have access to materials that exceed NIJ standards while reducing system weight by up to 26%.
Revolutionary NEOZANT™ Ballistic Composites: Superior Performance, Lower Weight
NEOZANT™ ballistic composites fundamentally change the relationship between protection level and system weight. Where traditional materials force compromises between mobility and protection, these advanced composites deliver both simultaneously through superior energy dissipation mechanisms and enhanced structural properties.
The material's unique molecular structure distributes impact energy outward rather than concentrating force at the impact point. This energy dissipation pattern reduces backface deformation below 25.4mm across all threat levels while minimizing behind-armor blunt trauma. Multi-hit performance remains consistent due to the material's ability to maintain structural integrity after repeated impacts.
Testing validates exceptional performance advantages over conventional ballistic materials. NEOZANT™ composites demonstrate 260% greater strength-to-weight ratio compared to equivalent Kevlar systems when measured against NIJ 0106.01 standards. This performance advantage translates directly to weight reduction opportunities or enhanced protection levels within existing weight budgets.
Unmatched Environmental Resilience
Operating environment challenges that degrade traditional ballistic materials have minimal impact on NEOZANT™ performance. The material maintains full ballistic capability above 160°F, eliminating the thermal degradation concerns that affect polyethylene systems above 130°F.
Moisture resistance proves critical for long-term reliability. Unlike aramid fibers that absorb water and lose structural integrity, NEOZANT™ exhibits non-hygroscopic properties that prevent moisture-related degradation. Extended saltwater immersion testing confirms maintained ballistic performance after environmental exposure that would compromise traditional materials.
Chemical resistance extends operational capability in harsh environments. The material withstands exposure to industrial solvents, acids, and petroleum products without structural degradation. This chemical immunity proves valuable for applications in marine environments, industrial facilities, or combat zones where chemical exposure risks exist.
Superior Manufacturing Advantages
NEOZANT™'s processing characteristics enable manufacturing approaches impossible with traditional ballistic materials. The resin's water-like viscosity allows complete fiber wet-out in complex geometries while eliminating void formation that creates structural weak points.
Composite infusion occurs 10 times faster than conventional epoxy systems, reducing manufacturing cycle times and improving production efficiency. This processing speed advantage enables cost-effective production of large ballistic panels and complex three-dimensional protection components.
Manufacturing flexibility accommodates varying component requirements. Wall thickness can vary from 0.125" to 1.125" within single components, enabling integrated protection systems that eliminate assembly joints and potential failure points. Complex geometries moldable through Reaction Injection Molding processes create protection solutions tailored to specific application requirements.
Validated Performance Data
Comprehensive ballistic testing confirms NEOZANT™'s performance advantages across multiple threat scenarios. NIJ 0106.01 testing demonstrates consistent backface deformation under 25.4mm for all tested threat levels, meeting Level IV protection standards while maintaining 26% weight reduction compared to equivalent steel systems.
Multi-hit testing reveals sustained performance characteristics. The material maintains structural integrity and ballistic capability after multiple impacts in close proximity, a critical advantage for applications facing sustained threat exposure. Performance degradation remains minimal compared to traditional materials that show significant capability reduction after initial impacts.
Temperature cycling validation confirms operational reliability across extreme conditions. Ballistic performance remains consistent after repeated cycling between -100°F and 250°F, demonstrating the material's suitability for applications requiring reliable protection across diverse operational environments.
Technical Specifications
NEOZANT™ ballistic composites achieve exceptional performance through optimized material properties. Tensile strength exceeds 500 MPa while maintaining flexural modulus appropriate for ballistic applications. The material's density of 1.02 g/cm³ contributes directly to weight reduction advantages.
Impact energy absorption capability surpasses traditional materials through enhanced energy dissipation mechanisms. The material's ability to distribute impact forces reduces localized stress concentrations while maintaining overall structural integrity. This performance characteristic proves critical for applications requiring protection against high-velocity threats.
Manufacturing tolerances accommodate precision requirements for integrated protection systems. Dimensional stability across temperature ranges ensures consistent fit and function in assembled protection components. Surface finish quality supports direct integration with mounting systems or additional protective layers.
Ready to evaluate how NEOZANT™ ballistic composites can enhance your protection systems? Download our comprehensive technical data sheet for detailed performance specifications and application guidance.