NEOZANT™ Materials of the Future
Mechanical Properties
High Impact Resistance
NEOZANT™ toughness, making it ideal for applications requiring impact durability.
Fatigue Resistance
Withstands cyclic loading better than many traditional thermoplastics.
High Flexural Strength
Maintains rigidity under load, suitable for structural parts.
NEOZANT™ Impacted with 130 ft-lbs
Toughened Epoxy Impacted with 15 ft-lbs
Thermal and Chemical Resistance
Wide Temperature Range
Increased temperatures above 120 degrees possible, and great performance in cryogenics
Low Water Adsorption
Enhances dimensional stability and longevity in wet environments
Chemical Resistance
Resistant to a broad range of solvents - Acids, Bases, and Halogens comparable to Fluoropolymers
Design Versatility
Paintability & Adhesion
Bonds well with coatings and paints; Works well with in-mold coatings; Key advantage in automotive and aesthetic components.
Thermoset Stability
As a thermoset polymer, NEOZANT™ maintains form under stress and heat without softening; Low creep.
Permeability
Significantly outperforms conventional materials in dielectric loss, making it better for high-frequency applications.
Substantially lighter - an advantage in aerospace applications where weight reduction improves range, fuel efficiency, and performance.
Excel in mechanical toughness and durability, making it ideal for ground radomes, UAVs, subsonic aircraft, and situations with debris/hail impact risk
Offers faster, lower-cost, and scalable production, making it attractive for commercial and mass-produced defense platforms.
NEOZANT™ surpasses epoxy and cyanate ester with lower dielectric loss, higher strength, lighter weight, and cost-effective production, making it ideal for advanced radome applications.
TransmissIbility
Superior Dielectric Performance
High Mechanical Strength
Lightweight Design
Optical Clarity
Cost-Effective Processing
Resin-only Processability
Low-Pressure Molding with NEOZANT™
NEOZANT™ is processed using Reaction Injection Molding (RIM), offering distinct advantages:
Lower Tooling Costs: Significantly reduced compared to traditional injection molding.
Complex Geometries: Enables large, thick-walled, and intricate part designs.
No Mold Pressure Required: Unlike urethane molding, NEOZANT™ eliminates the need for high-pressure molds, resulting in a significant reduction in CAPEX requirements.
Operator-Controlled Cure Times
Fast Cycle Times: Enables rapid production for high-volume manufacturing.
Large Part Production: Supports the creation of large-scale components with ease.
Composite Processability
Ability to produce thick wall composites with much-improved resistance to delamination (toughness)
Ability to make high fiber volume composite (viscosity)
VARTM infuses in less than 10% of the time of normal epoxies (viscosity)
Material can be heat-formed like thermoplastics
Permeability is much better than other polymers
NEOZANT™: Unleashing Superior Strength and Versatility in Every Application
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