Products in Other Parts & Components: Conductive Agent

PLASTICYL™ PA1501 is a conductive masterbatch based on polyamide 66 loaded with 15% of Nanocyl’s MWCNTs (NC7000™). Because of its high flow, PLASTICYL™ PA1501 is ideal for injection molding and extrusion processes.

PLASTICYL™ PA1502 is a conductive masterbatch based on polyamide 12 loaded with 15% of Nanocyl’s MWCNTs (NC7000™). Because of its high flow, PLASTICYL™ PA1502 is ideal for injection molding and extrusion processes

Superior Graphite RGC26A is a partially graphitized carbon product manufactured using Superior Graphite’s proprietary electro-thermal purification technology. RGC’s higher porosity plays a major role in important properties, such as resiliency, sound dampening, wear rate and friction reduction, heat dissipation, shock wave mitigation and others. Best suited applications are tribology and thermal conductivity in both thermosets and thermoplastics. Porous structure also provides better compatibility with polymeric chains during compounding. In addition, free-flowing non-fluffy nature of RGC26A makes it easier to handle.

Dongguan SUGO Plastics Technology TH2025 has high mechanical strength, anti-static, static dissipative with good toughness and good dimensional stability.it is also conductive, EMI with good creep resistance and ROHS compliant, heat & cold resistance.

Nano4 PP EC MB 13 is an electrically conductive masterbatch based on polypropylene.

PLASTICYL™ PA1503 is a conductive masterbatch based on polyamide 6 loaded with 15% of Nanocyl’s MWCNTs (NC7000™). Because of its high flow, PLASTICYL™ PA1503 is ideal for injection molding and extrusion processes.

Superior Graphite RGC39A is a partially graphitized carbon product manufactured using Superior Graphite’s proprietary electro-thermal purification technology. RGC’s higher porosity plays a major role in important properties, such as resiliency, sound dampening, wear rate and friction reduction, heat dissipation, shock wave mitigation and others. Best suited applications are tribology and thermal conductivity in thermoplastics, especially in high temperature polymers. Porous structure also provides better compatibility with polymeric chains during compounding. In addition, free-flowing non-fluffy nature makes RGC39A easier to handle.