Home Products Clad Metals Resistor Materials METAL STRIP RESISTORS FOR PRECISION CIRCUITRY Materion’s metal strip resistor materials enable production of components for a broad range of dimensions and ohmic values. From tiny surface mount resistors used in handheld electronics to heavy gauge shunts for lithium ion battery management, we can design custom resistor materials for a range of applications. Provided as coils of easily stamped and formed composite strip, our resistor materials promote efficient manufacturing of highly stable and reliable components. Materion’s welded and clad resistor materials are engineered for your application and can combine many of Technical Materials' hybrid material technologies: Electron Beam Welding Inlay or Overlay Cladding Profiling – milling, grinding or skiving Nickel and Tin Electroplating Solder layers PROCESSED ACCORDING TO YOUR APPLICATION Materion Technical Materials has been a leader in electron beam welding of metal strip since 1974. This high throughput vacuum process securely joins materials side-by-side with narrow fusion zones, which have minimal impact on electrical properties. Welded resistor products are available in gauges as small as 0.05mm and as thick as 4mm. Cladding and profiling is another common choice for resistor material manufacturing and allows smaller geometries than are available with Electron Beam Welding to minimize footprints and achieve low resistive values. An example of the strip for these clad resistor products is shown here with tinned copper terminals and a precision-machine resistive gap. Multiple grooves can be provided in a single wide coil to improve throughput and reduce costs. We process any commercially available resistor alloys, but also offer Materion R270: a copper-manganese-nickel alloy cast with Materion’s EquaCast® process to provide unparalleled composition control and uniformity for ultimate performance. Contact us for details on capabilities and tolerances. Our engineers are ready to discuss Materion’s metal strip resistor materials for your application.