High-Performance Material: IUPILON™ Polycarbonate Resins
IUPILON™ Polycarbonate resins, developed by Mitsubishi Engineering-Plastics, are high-performance materials engineered to meet the stringent demands of modern manufacturing and engineering applications. These advanced resins offer exceptional mechanical strength, transparency, and impact resistance, making them ideal for use in a variety of sectors, including automotive, electronics, and construction. IUPILON™ Polycarbonate resins boast superior thermal stability and UV resistance, ensuring long-lasting performance even in harsh environments. Available in multiple grades, including flame-retardant and optical-quality options, IUPILON™ Polycarbonate resins provide versatile solutions tailored to meet specific industry needs.
IUPILON™ Polycarbonate resins by Mitsubishi Engineering-Plastics Corporation are high-performance materials tailored for a wide range of applications, including automotive, electronics, medical, and optical industries. They provide outstanding thermal resistance, impact strength, and optical clarity, making them ideal for demanding environments.
Key benefits include excellent heat resistance, exceptional mechanical properties, and high transparency, ensuring durability and aesthetic appeal in finished products. Additionally, IUPILON™ Polycarbonate resins offer superior dimensional stability and flame retardancy, meeting stringent safety standards. Their ease of processing allows for complex and precise molding, enhancing design flexibility and efficiency.
IUPILON™ Polycarbonate resins are a cost-effective and versatile solution, ensuring reliable performance and availability for innovative and high-quality manufacturing needs.
Thermal: IUPILON™ Polycarbonate resins are designed to perform exceptionally well in high-temperature environments, making them suitable for applications requiring robust thermal performance. This material exhibits remarkable thermal stability, maintaining its mechanical properties across a broad temperature range. With an impressive heat resistance, IUPILON™ Polycarbonate resins are ideal for continuous high-temperature applications where maintaining structural integrity is crucial. Mechanical: IUPILON™ Polycarbonate resins offer superior mechanical properties, including high impact strength and toughness, making them ideal for demanding engineering applications. These resins maintain consistent performance under various mechanical stresses, providing durable and reliable solutions. The material's excellent impact resistance ensures it can withstand significant mechanical loads and shocks, preserving its shape and functional integrity over prolonged periods.
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Optical: IUPILON™ Polycarbonate resins are known for their outstanding optical clarity and transparency. This makes them an excellent choice for applications requiring clear visibility, such as lenses, lighting covers, and various optical components. The material's high light transmission and low haze properties ensure superior visual performance, enhancing its applicability in diverse optical uses. Electrical: IUPILON™ Polycarbonate resins exhibit excellent electrical insulating properties, adhering to stringent international standards. Their superior dielectric performance makes them well-suited for electrical and electronic applications where insulation reliability and safety are critical. The material's stable electrical characteristics provide dependable performance across diverse operational conditions, ensuring long-term reliability. Flame Retardant: IUPILON™ Polycarbonate resins include flame-retardant grades that comply with various fire safety regulations. These grades are engineered to meet stringent fire resistance requirements, making IUPILON™ Polycarbonate resins an excellent choice for applications where flame retardancy is essential. The portfolio offers both unfilled and filled grades, providing versatile options to meet specific performance and regulatory needs. |
In the automotive sector, IUPILON™ Polycarbonate resins are valued for their exceptional impact resistance, optical clarity, and thermal stability. These characteristics make the material ideal for demanding automotive applications where both durability and aesthetics are crucial. IUPILON™ Polycarbonate resins contribute to vehicle safety and design flexibility, offering reliable performance even under harsh conditions.
Typical applications include:
In the electrical and electronics industry, IUPILON™ Polycarbonate resins are highly regarded for their superior electrical insulating properties and flame retardancy. These features make the material essential for components that require safety, reliability, and consistent performance under varying operational conditions. IUPILON™ Polycarbonate resins ensure effective insulation and protection in a wide range of electronic devices and electrical components.
Typical applications include:
IUPILON™ is known for its exceptional clarity, impact resistance, and thermal stability, making it an excellent choice for healthcare applications. Its biocompatibility and ability to withstand sterilization processes such as gamma radiation, ethylene oxide, and autoclaving ensure safety and reliability in medical environments. IUPILON™'s high strength and rigidity, combined with its excellent dimensional stability, make it suitable for precision medical devices that require consistent performance.
Typical applications include:
For optical and lighting applications, IUPILON™ Polycarbonate resins are chosen for their outstanding optical clarity and high light transmission. The material maintains excellent transparency and low haze, making it ideal for components where visual performance is critical. IUPILON™ Polycarbonate resins are used to produce high-quality optical and lighting products that require both durability and clarity.
Typical applications include:
PC E2000UR MEP NAT IUPILON PC E200VUR 5355 NAT IUPILON PC H2000UR 5313 NAT IUPILON PC H2000UR E9001 BLACK IUPILON PC H2000VUR MEP 5313 NAT IUPILON PC H2000VUR MEP 5355 NAT IUPILON |
PC H20001R 5313 NAT IUPILON PC H20001R 5355 NAT IUPILON PC H3000VUR MEP 5313 NAT IUPILON PC H3000VUR MEP 5355 NAT IUPILON PC MB2105 MEP 8833A GREY IUPILON PC S1000VUR 5355 NAT IUPILON |
PC S2000R MEP 5313 NAT IUPILON PC S2000UR MEP 5313 NAT IUPILON PC S2000VUR MEP 5313 NAT IUPILON PC S2000VUR MEP 5355 NAT IUPILON PC S2001R MEP 5313 NAT IUPILON PC S2001R MEP 5355 NAT IUPILON |
PC S3000UR MEP 5313 NAT IUPILON PC S3000UR MEP 5355 NAT IUPILON PC S3000VUR 5355 NAT IUPILON PC S3001R MEP 5313 NAT IUPILON PC S3001R MEP 5355 NAT IUPILON |