PC Glassfiber Reinforced
PRODUCT DETAILS
PC High-Gloss Mirror Finish – Premium Reflective Surface Polycarbonate for Luxury Applications
Glass-fiber reinforced PC compounds provide significantly increased stiffness, creep resistance and heat deflection compared with unfilled grades, while maintaining impact toughness superior to many other engineering plastics. These materials are suited for structural and load-bearing components such as brackets, connector housings and industrial machine parts that face elevated temperatures or sustained loads. Low fiber-visibility formulations are available for improved surface aesthetics. Typical product options include varying fiber content (10–50%) and compatibilized blends for better surface finish and processing.
Key Features
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Ultra-high gloss & mirror-like finish
Provides a sleek, reflective surface ideal for luxury and high-visibility components. -
Superior aesthetic appeal
Creates a polished, high-end look with excellent color depth and clarity. -
High mechanical strength
Maintains PC’s excellent impact resistance and structural durability. -
Heat & dimensional stability
Performs reliably in elevated temperatures and precision applications. -
UV & scratch resistance (optional grades)
Designed to maintain gloss and appearance over long-term use. -
Excellent processability
Supports injection molding of complex shapes with consistent surface quality.
Ideal For
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Premium consumer electronics housings (earbuds, phones, routers)
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Home appliance panels & decorative covers
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Automotive interior trim and luxury dashboard components
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Cosmetic packaging & high-end product casings
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Smart home devices requiring an elegant finish
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Modern décor and design-focused engineering parts
Why Choose This Material
PC High-Gloss Mirror Finish offers the perfect combination of aesthetics and durability. It provides a high-end mirror-like surface that enhances product value while delivering the mechanical performance needed for daily-use devices. Ideal for manufacturers seeking a luxurious appearance without compromising reliability.