908-788-5550
Price: 126
Product ID : W421
W421 Iridium Ribbon, Thickness (in)=0.0015, Width (in)=0.030, Thickness (mm)=0.04, Width (mm)=0.76, (ohms/cm)=0.01930

Description

More details on associated web page:
Popular Items also Purchased
  • Constantan Filament & Heater MaterialConstantan Filament & Heater Material
    Constantan is a copper/nickel alloy used in the production of thermocouples and thermocouple extension wires as well as precision resistors and low temperature resistance heating applications.
  • Micro-Mesh® Hobby KitMicro-Mesh® Hobby Kit
    Micro-Mesh® kit to use on plastics, woods, metals, paint, and coatings.
  • CDS Platinum CoilsCDS Platinum Coils
    GC replacement coils for pyroprobe.
  • Silver Wire and Ribbon - Filament and Heater MaterialSilver Wire and Ribbon - Filament and Heater Material
    Silver wire and ribbon has the highest electrical and thermal conductivity of all metals. It is used to make lead wires for some mass spectrometer filaments and heaters.
  • Copper Filament & Heater MaterialCopper Filament & Heater Material
    Copper wire has an extremely high electrical conductivity making it highly suitable for electrical connections and thermal conductivity applications.
  • Iridium Wire and Ribbon - Filament and Heater MaterialIridium Wire and Ribbon - Filament and Heater Material
    Iridium wire is the most corrosion-resistant wire known, and is often used for the manufacture and repair of filaments and heaters and electrical applications.
  • Micro-Mesh® Regular RollsMicro-Mesh® Regular Rolls
    Micro-Mesh® Regular Rolls
  • Rhenium Wire and Ribbon - Filament and Heater MaterialRhenium Wire and Ribbon - Filament and Heater Material
    Rhenium Wire and Ribbon is used to manufacture filaments for mass spectrometers and ion gauges as well as medical applications.
  • Single Hole Round Ceramic Tube InsulatorsSingle Hole Round Ceramic Tube Insulators
    The tubes are constructed of a pure 99% alumina ceramic that has superior gas and vacuum tightness and excellent insulating properties even at elevated temperatures.