SCIENTIFIC INSTRUMENT FILAMENTS
Union City Filament manufactures a variety filament designs that are being used in scientific research applications, process control applications, and material processing and certification applications. Filaments used in these capacities are in many cases part of mass spectrometers, leak detectors, and other analytical sensors.
Filament designs vary greatly in such equipment, but Union City Filament is accustomed to recommending appropriate filament configurations and modifying specifications to suit equipment requirements and functionalities. Material types functional in these applications range all Union City Filament standard material types. Scientific instrument filaments are available coated in one of our alumina coating blends.
SCIENTIFIC INSTRUMENT FILAMENT PRODUCTS
Single Helix Filament with legs formed perpendicular to the coil axis. Most commonly used in X-Ray Tubes.
Single Helix Filament with legs formed outward and then perpendicular to the coil axis. Most commonly used in X-Ray Tubes.
Single Helix Filament with legs formed perpendicular to the coil axis and then parallel to the coil axis. Most commonly used in Scientific Instruments.
Single Helix Filament with legs formed perpendicular to the coil axis, 180 degrees apart. Most commonly used in Scientific Research Applications.
Single Helix Filament with legs formed parallel to the coil axis. Most commonly used in Mass Spectrometers.
Single Helix Filament with legs formed parallel to the coil axis. Most commonly used in Scientific Instruments and Ionization Gauges.
Single Helix Filament with tapered, variable pitch turns. Most commonly used in Microwave Tubes.
Single Helix Flat Spiral Filament. Most commonly used in Scientific Research Applications.
Single Helix Coiled Coil Flat Spiral Filament. Shown with Alumina Coating. Most commonly used in Microwave Tubes.
Double Helix Flat Spiral Filament. Most commonly used in X-ray Tubes and Scientific Research Applications.
Double Helix Flat Spiral Filament. Shown with Alumina Coating. Most commonly used in Microwave Tubes.
Planar "Potato Masher" Filament. Most commonly used in Microwave Tubes and Scientific Instruments.
Modified Planar "Potato Masher" Filament. Most commonly used in Scientific Instruments and Vacuum Deposition Systems.
V-Shape Filament. Most commonly used in Scientific Instruments.
Single Helix Toroidal Filament. Shown with Alumina Coating. Most commonly used as a Cathode Heater and in Scientific Research Applications.
Double Helix Toroidal Filament. Most commonly used as a Cathode Heater and in Scientific Research Applications.