Element Labs, part of NZT Group, has announced a new polymer called NEOZANT™. It aims to improve performance, sustainability, and versatility across many industries. These include aerospace, mobility, chemicals, infrastructure, medical, and energy sectors.
NEOZANT™ is designed to meet demanding application needs. It combines properties of thermoplastics, thermosets, and fluoropolymers. The material offers high-temperature resistance, impact strength, and corrosion resistance. It can be processed with common manufacturing methods like injection molding, casting, and 3D printing. It also supports composite techniques such as filament winding and resin transfer molding.
One partner, Exothermic Molding, has used NEOZANT™’s fire-retardant qualities for JBT’s autonomous vehicle parts. They use Reaction Injection Molding to create seamless, durable components. Exothermic’s services deliver fully assembled parts to clients.
In military applications, engineers used NEOZANT™ polymer to remake damaged fiberglass aircraft parts. They integrated 3D-printed components and bonded elastomers. The resulting parts passed a 20-foot drop test and met corrosion standards. They require no painting, saving time and cost.
Stuart Toner, COO of NZT Group, said NEOZANT™ emphasizes sustainability and innovation. The material offers lightweight, durable, and corrosion-resistant options. Paul Steck, President of Exothermic Molding, stated that NEOZANT™ enhances their ability to deliver high-performance parts. Its durability and processing flexibility allow replacements of legacy materials.
NEOZANT™ is gaining recognition for toughness, property control, and compatibility with traditional manufacturing. Its potential applications include hydrogen storage, reinforced concrete, and infrastructure development.
NZT Group remains dedicated to advancing sustainable material science. NEOZANT™ reflects this goal by blending cutting-edge performance with environmental responsibility.
