Suspicious areas were then subjected to chemical analysis, in which the primer, adhesive, and titanium surfaces revealed potential factors that could compromise bonding integrity.

Continuous fiber reinforced thermoset composites combine high molecular weight resins with glass or carbon fibers. However, design flexibility is limited because, as thermosets, finished parts cannot be post-formed. Want to learn more about the differences between thermosets and thermoplastics?

NEU™ Custom Capabilities and NEUSoft™ Thermoplastic Polyurethanes Overview Video NEU™ Custom Capabilities and NEUSoft™ Thermoplastic Polyurethanes are developed for short-term in-vivo applications that offer good elasticity, radiopacity, excellent UV stability and protection against moisture and oxygen while meeting ISO 10993 & USP Class VI standards.

NEU™ Custom Capabilities and NEUSoft™ Thermoplastic Polyurethanes Overview Video NEU™ Custom Capabilities and NEUSoft™ Thermoplastic Polyurethanes are developed for short-term in-vivo applications that offer good elasticity, radiopacity, excellent UV stability and protection against moisture and oxygen while meeting ISO 10993 & USP Class VI standards.

NEU™ Custom Capabilities and NEUSoft™ Thermoplastic Polyurethanes Overview Video NEU™ Custom Capabilities and NEUSoft™ Thermoplastic Polyurethanes are developed for short-term in-vivo applications that offer good elasticity, radiopacity, excellent UV stability and protection against moisture and oxygen while meeting ISO 10993 & USP Class VI standards.

NEU™ Custom Capabilities and NEUSoft™ Thermoplastic Polyurethanes Overview Video NEU™ Custom Capabilities and NEUSoft™ Thermoplastic Polyurethanes are developed for short-term in-vivo applications that offer good elasticity, radiopacity, excellent UV stability and protection against moisture and oxygen while meeting ISO 10993 & USP Class VI standards.

Composites Explained: Thermoset vs. Learn more about the differentiation between thermoset and thermoplastic composites. Thermoset composite sandwich panels manufactured via continuous resin transfer molding for custom engineered performance.

Continuous fiber reinforced thermoset composites combine high molecular weight resins with glass or carbon fibers. However, design flexibility is limited because, as thermosets, finished parts cannot be post-formed. Want to learn more about the differences between thermosets and thermoplastics?

Continuous fiber reinforced thermoset composites combine high molecular weight resins with glass or carbon fibers. However, design flexibility is limited because, as thermosets, finished parts cannot be post-formed. Want to learn more about the differences between thermosets and thermoplastics?

WEIGHT REDUCTION • Up to 75% lighter than steel; up to 25% lighter than aluminum • Better fuel economy for transportation • Simplified installation DESIGN FLEXIBILITY • Complex shapes less costly to produce than metal • Ability to tailor strength and stiffness in specific areas • Versatile aesthetic options for surface finish PART CONSOLIDATION • Easier installation and assembly with fewer parts • Simplified transport of finished goods • Fewer parts = reduced chance of failure Value that the U.S. composite materials market is expected to reach by 2022 $10.6B 50% Amount of weight reduction that advanced composites could bring to passenger cars, leading to 35% better fuel efficiency 7% CAGR that analyst firm Technavio forecasts the global medical composite materials market will experience from 2016–2020 Fiber-reinforced polymer composites combine thermoset or thermoplastic resins with fiber reinforcement, the resulting product having substantially different properties than the individual components. ADVANCED COMPOSITES FOR DEMANDING APPLICATIONS ADVANCED COMPOSITES PERFORM THERMOSET VS. THERMOPLASTIC The matrix material of a composite can be a thermoset or a thermoplastic THERMOSET THERMOPLASTIC A thermoset is a cross-linked polymer that cannot be reshaped after it’s formed, cured, and cooled.