EMI Shielding Electrostatic Discharge Conductive 3D Printing Filament NemoBLEND™ PA12 – Polyamide (Nylon 12) Masterbatches, are available for ESD, EMI Shielding and for Conductive 3D Printing Filament applications.
EMI Shielding Electrostatic Discharge Protection Electronics Packaging Conductive Foam This PE foam is designed for packaging and protection of electronic equipment and components that are sensitive to electrostatic discharge (ESD). Low CNT loading reduces the impact of conductive filler on the foaming process, where structure, flexibility and mechanical properties are important. - Antistatic protection with low conductive-material loading. - Better preservation of foam structure and flexibility. - Combines low weight, cushioning and ESD protection.
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EMI Shielding Electrostatic Discharge Antistatic Conductive PP Conventional carbon-based conductive fillers often require high loadings and strongly darken the polymer. CNT efficiency allows lower conductive-material content, opening more room for pigments and enabling antistatic or conductive PP parts in additional colors. - Combines electrical functionality with greater design freedom. - Allows more flexibility for pigments and other additives. - Helps preserve polymer properties compared with highly filled formulations.
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EMI Shielding Electrostatic Discharge Fuel & Oil Transfer Multilayer Pipe The hose is designed for transporting oils and fuels, including underground installations. Its inner polymer layer contains Nemo’s CNT masterbatch to dissipate electrostatic charge. Compared with the previous carbon black-based solution, the required electrical performance can be achieved with substantially less conductive material. - Better preservation of the mechanical properties needed for a flexible hose. Provides an antistatic functional inner layer within a multilayer structure.
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EMI Shielding Electrostatic Discharge Conductive Cable The cable contains a conductive polymer layer based on Nemo’s CNT masterbatch. The layer can contribute to electrical shielding and to reducing electromagnetic interference (EMI), depending on the cable design and application requirements. - Electrical functionality is built directly into the polymer layer. - Low CNT loading while maintaining processability. - Potential contribution to EMI reduction as part of the cable shielding system.
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