PC/ABS+15MD Flame Retardant Material (Halogen-Free, Mineral Reinforced)

Product Overview
PC/ABS+15MD Flame Retardant Material is enhanced with 15% mineral fillers and features halogen-free flame retardant technology. This composite material combines the excellent properties of Polycarbonate (PC) and Acrylonitrile-Butadiene-Styrene (ABS), offering superior heat stability, mechanical properties, and flame resistance. It is designed for applications where safety, environmental concerns, and fire resistance are critical, making it ideal for high-demand sectors with stringent environmental and fire safety standards.

Key Features

• Mineral Reinforced: With 15% mineral fillers, this material improves rigidity, heat stability, and wear resistance, enhancing its performance in high-stress applications.
• Halogen-Free Flame Retardant: Utilizes halogen-free flame retardant technology, which is non-toxic and environmentally friendly, ensuring safety in fire-prone environments.
• High Heat Stability: The material offers excellent thermal stability, allowing it to withstand high temperatures over prolonged periods, making it reliable in demanding applications.
• Outstanding Mechanical Properties: Provides excellent impact resistance, tensile strength, and durability, suitable for high-load environments and complex operational conditions.

Applications

• Support Structural Components: Ideal for high-strength support structures, such as electronic device support frames and fixed bases, providing secure and reliable support.
• Base Components: Used in base components for high-load environments, offering effective resistance to temperature fluctuations and mechanical stress, extending the product lifespan.
• Electronic Device Enclosures: Suitable for the production of electronic product enclosures, offering flame retardancy and environmental protection to ensure the stable operation of the devices.
• Automotive Components: Used in both interior and exterior automotive components, particularly for structural parts requiring flame retardancy and impact resistance.