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Combined with standard injection molding processes. PREMIER technology maximizes the dispersion of conductive fibers in a resin matrix unlike typical conductive plastic, PREMIER material contains an entanglement of long, randomly oriented Ni-C (nickel-plated carbon) fibres evenly dispersed throughout a parts geometry. PREMIER parts have no resin rich areas prone to EMI leaks and no brittle resin poor areas that can break under mechanical stress PREMIER requires no plating, painting, vacuum coating or other processing steps.
PREMIER parts provide shielding effectiveness up to 85 dB to meet global commercial EMC requirements. The parts provide the electrical conductivity, RF absorption and mechanical durability to replace aluminum and plastic housing that have been moralized or conductively coated. The shielding effectiveness of premier is far greater than that of carbon filled ESD (electrostatic discharge) plastics.
By increasing the loading of N-C fibres, EMI shielding performance increases. Because not all applications require same level of shielding PREMIER is available with multiple levels of fiber loading to achieve the desired EMI shielding at the lowest possible material cost.