PC Glass Fiber Reinforced Flame Retardant
PRODUCT DETAILS
PC Glass Fiber Reinforced Flame Retardant – High-Strength, Fire-Safe Engineering Polycarbonate
Our PC Glass Fiber Reinforced Flame Retardant material is engineered to deliver superior mechanical strength, enhanced rigidity, and reliable flame-retardant performance, making it ideal for demanding electrical, automotive, and industrial applications. Glass fiber reinforcement increases stiffness and structural durability, while flame-retardant additives ensure compliance with strict fire-safety standards.
Key Features
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High mechanical strength & stiffness
Glass fibers significantly boost tensile strength, rigidity, and load-bearing capacity. -
Reliable flame-retardant performance
Designed to meet UL94 V-0 or V-2 flame ratings depending on formulation. -
Excellent heat resistance
Maintains structural stability under elevated temperatures and thermal cycling. -
Dimensional stability
Reduced shrinkage and warpage for precision-molded engineering parts. -
Electrical insulation
Provides excellent dielectric performance for electrical and electronic systems. -
Chemical & abrasion resistance
Performs reliably in industrial and automotive environments. -
Good processability
Supports injection molding and precision machining of complex shapes.
Ideal For
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Electrical connectors, housings, and power distribution components
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Automotive under-hood and interior flame-safe components
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Industrial machinery and automation equipment parts
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Structural plastic components requiring high strength and fire protection
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Consumer electronics requiring durability and safety compliance
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LED lighting fixtures and power system components
Why Choose This Material
PC Glass Fiber Reinforced Flame Retardant provides a robust combination of fire safety, mechanical performance, and heat stability, making it ideal for high-risk electrical and industrial applications. Compared with standard PC, this grade offers greater rigidity, stronger structure, and higher flame resistance, ensuring long-term reliability in demanding environments.