PLASTICYL™ is recommended for applications requiring a surface resistivity from 10^2 Ohms to 10^12 Ohms.
Typical loading for static dissipative applications are around 2% to 3% of carbon nanotubes in the final compound. The final loading depends primarily on the compounding conditions, the viscosity of the basic resin, and the dilution equipment.
To help customers meet these requirements, Nanocyl’s technical team provides expert support on dispersion and injection parameters.
Because carbon nanotubes are produced in agglomerates, the dispersion process requires dedicated equipment and let-down processes. Nanocyl optimizes the dispersion process for its customers by allowing let-down of the masterbatches only after they take care of the first step of dispersing the arranged nanotubes in the matrix.
Thanks to this optimization process, customers can quickly realize the cost and performance benefits of Nanocyl’s Carbon Nanotube Technologies (CNTs).
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