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Glossary » Materials » Polymers » Polycarbonate » 6% Stainless Steel Fiber » Conductive
6% Stainless Steel Fiber Conductive PC is a subcategory of Polycarbonate. The additative is added by weight during the manufacturing process. Its Izod Impact strength ranges from 0.8 to 1.7 J/cm. Its molding pressure ranges from 10 to 20 MPa.
Polycarbonate, also known as PC, is a thermoplastic polycondensate. Common trade names are Lexan and Makrolon. It has excellent strength, toughness, dimensional stability, dielectric strength, flame retardancy, and impact resistance (highest among transparent rigid materials). It is, however, susceptible to stress cracking with aromatic solvents, and is difficult to machine. PC can be used to make optical lenses, windows, medical items, CD's, and power tool housings. It can also be used in truck cabs.
Additional Information
Other common Polycarbonate (PC) include Unfilled Molding and Extrusion Resins, High Viscosity PC, Unfilled Molding and Extrusion Resins, Low Viscosity PC, 10% Glass Fiber Reinforced PC, 30% Glass Fiber Reinforced PC, 20 - 30% Long Glass Fiber Reinforced PC, 40% Long Glass Fiber Reinforced PC, 50% Long Glass Fiber Reinforced PC, 35% Random Glass Mat PC, 20 - 30% Long Glass Fiber Reinforced Flame-Retardant Grade PC, Polyester Copolymer High Heat PC, Polycarbonate Copolymer High Heat PC, Polycarbonate / Polyester Blends, Impact Modified PC, 10% Stainless Steel Fiber EMI Shielding (conductive) PC, 20% PAN Carbon Fiber EMI Shielding (conductive) PC, 30% PAN Carbon Fiber EMI Shielding (conductive) PC, 40% PAN Carbon Fiber EMI Shielding (conductive) PC, 10-15% PTFE Lubricated PC, 30% PTFE Lubricated PC, 10-15% PTFE, 20% Fiber Reinforced Lubricated PC, and 2% Silicone, 30% Glass Fiber Reinforced Lubricated PC.
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Selecting the Right 3D Printer

Discover how to choose the right 3D printer for your needs and the key performance attributes to consider.

Injection Molding Design Guide

Guide for high quality and cost-effective plastic injection molding.

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Wages, employment opportunities, and growth projections for STEM jobs.

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Optimize your designs, reduce machining time, and lower your costs.

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