InStruc® | Nexeo Plastics

Superior Strength, Stiffness, Heat Resistance and More

InStruc^® structurally reinforced compounds represent a diverse family of high-performance thermoplastic compounds designed for a myriad of applications, including aerospace, automotive, electronics, healthcare, and industrial settings.

Aerospaziale

Automobilistico e mobilità

Componenti elettrici ed elettronici

Assistenza sanitaria

Settore industriale

Why InStruc®

InStruc^® stands out by offering a spectrum of superior qualities, including strength, stiffness, heat resistance, creep resistance, fatigue endurance, impact protection, and dimensional stability. These compounds, based on a variety of engineering resins, are not a singular product but a versatile line that can be customized with a wide array of additives to meet specific performance requirements.

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Caratteristiche e proprietà

InStruc^® compounds are crafted from various engineering resins, including ABS, PC, nylon, POM, PPA, PES, PSU, PEEK, and more. The line's customizability extends to incorporating a diverse range of additives to tailor performance. Ecco alcune caratteristiche e proprietà della linea di prodotti.

High performance
Versatility
Customizability
Strength
Rigidità.
Resistenza al calore.
Resistenza allo scorrimento
Fatigue endurance
Impact protection
Stabilità dimensionale.

Mercati e applicazioni

Aerospaziale

InStruc^® is a material of choice for aerospace applications due to its lightweight nature, which contributes to improved fuel efficiency and reduced emissions. Additionally, its strength ensures protection for aircraft in the event of an accident. Furthermore, InStruc's^® heat resistance capability safeguards aircraft from the extreme temperatures encountered during flight. Alcune delle applicazioni tipiche includono:

Interni aeronautici
Ducting
Componenti strutturali

Automobilistico e mobilità

InStruc's^® lightweight property plays a crucial role in enhancing fuel efficiency and reducing emissions in the automotive industry. Its durability extends the lifespan of automotive components, while its impact resistance provides protection for occupants in case of an accident. Common applications include:

Componenti del motore
Finiture interne
Pannelli della carrozzeria esterna

Elettrico ed elettronico

The lightweight nature of InStruc^® contributes to the miniaturization and portability of electronic devices. Its strength safeguards electronic devices from damage, and its heat resistance protects them from the heat generated by their components. Le applicazioni comuni possono includere:

Connettori
Alloggiamenti
Circuiti stampati

Assistenza sanitaria

In healthcare applications, InStruc^® excels in providing structural reinforcement for critical medical equipment. Its lightweight yet robust composition contributes to the efficiency and longevity of healthcare devices, ensuring reliability in demanding healthcare environments. Le applicazioni possono includere: Alcune delle applicazioni tipiche includono:

Medical imaging equipment
Structural components for healthcare devices
Durable and impact-resistant medical components
Dispositivi medici
Imballaggi per il settore sanitario
Strumenti chirurgici
Hospital equipment
Diabetes management
Drug delivery
Diagnostics
Patient monitoring
Critical Care
Cura personale
Woman's health

Settore industriale

InStruc's^® strength enhances the durability and reliability of industrial equipment. Its heat resistance shields industrial equipment from the heat generated by their processes, and its creep resistance prevents deformation under load over time. Alcune delle applicazioni tipiche includono:

Pompe
Valvole
Adattatori

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