Engineered Materials Solutions, Inc. (EMS) products

Silver/Silver Chloride (80%/20%). Application Method Screen Print. Electrical Resistance Ohms/Sq/Mil <0.050.

Silver/Silver Chloride (45%/55%). Application Method Screen or Pad Print. Electrical Resistance Ohms/Sq/Mil <0.500.

Carbon ink - highly sensitive, stable. Application Method Screen Print. Electrical Resistance Ohms/Sq/Mil <10.0.

Silver-polyester ink, high solids, wear resistant, fast dry. Application Method Screen Print.  Electrical Resistance Ohms/Sq/Mil
< 0.015.

Silver-vinyl ink, highly conductive, flexible.

Carbon Ink, general purpose. Application Method Screen Print. Electrical Resistance Ohms/Sq/Mil <20.0.

Silver ink, highly conductive. Application Method Screen Print. Electrical Resistance Ohms/Sq/Mil  < 0.015. Typical Application/Benefit Circuit traces to electrodes, defibrillator pads, EMI.

Insulator, solvent based heat cure. Application Method Screen Print. Electrical Resistance Ohms/Sq/Mil >1,000 Mega ohms.

Dielectric, UV Cure. Application Method Screen Print. Electrical Resistance Ohms/Sq/Mil >1,000 Mega ohms.

Clad metal inlays feature one or more metal strips bonded (or inlaid) into a base metal strip. This approach provides flexibility allowing the designer to incorporate diverse properties, such as weldability, corrosion resistance, and conductivity, at different locations. It also can reduce cost by positioning more expensive metals only where they are needed. Our Clad inlays offer advantages over alternate selective coating techniques, such as electroplating, since thicker, porosity-free, more ductile inlays are possible.