Innegra’s diverse performance properties and versatility make it an integral part of many consumer and commercial applications. While Innegra might not be a household name yet, you’ve likely encountered products containing this high-performing material. It amplifies and enhances performance when combined with other materials and can be a critical component for both composite and textile applications where weight reduction, durability, and tough performance are essential.
Racquets, pickleball paddles, lacrosse sticks and nets, bicycle handle bars and other bike components, helmets, masks, hockey and goalie sticks, sports nets, webbing and soft luggage
Powered boats, kayaks, canoes, sailboats, paddle shafts, surfboards and paddle-boards
Ropes, netting and commercial fishing products
Radomes, unmanned aerial vehicles (UAVs)
Lightweight non-structural components, interior panels, protective panels and misc. safety equipment
Satellites & antenna housing structures
Prosthetics and orthotics
Protective linings and shoe plates
Ballistic and Protective Products: soft & hard body armor, vehicle & protective panels and protective gear, including boot insoles
Innegra can be engineered for both thermoset and thermoplastic composites, making it ideal for applications where weight reduction, protection, and enhanced performance are essential. Our ongoing product development efforts in the thermoplastic industry aim to provide solutions that support quicker production cycles, consistent manufacturing quality, and improved fabrication efficiency. These innovations will offer more sustainable and versatile product options.
Innegra offers customized solutions for a wide range of textile applications, providing significant weight reduction and enhanced performance. Our customers rely on Innegra for its exceptional abrasion and chemical resistance, which greatly enhances product durability and minimizes potential failures during rigorous use. With expanded product options, engineering products with Innegra is now easier than ever, ensuring they are lighter, safer, and more resilient.