Conductive polymer coatings designed for solid electrolyte capacitor anodes are on the edge of metallic behavior, making them effective in several areas essential to the electronics marketplace: * Increasing the speed at which a capacitor can release its charge - a critical feature for today's high-speed electronics. * Lowering the equivalent series resistance (ESR), which helps reduce energy requirements on circuit boards. * Allowing higher capacitance per unit volume, which means more energy can be created in a smaller area, supporting the drive for device miniaturization. * Adding to these benefits, Crosslink Energy Materials, a division of Crosslink, offers a new-potentially step-change-technolo
| Crosslink | |
|---|---|
| Product Category | Industrial Coatings |
| Product Name | Crosslink EMPAC |
| Type | Coating |
| Chemistry | Resin; Polyaniline |
| Substrate | Metallic |
| Cure / Setting Technology | Film Drying; Thermoset |