Coronavirus (COVID-19) Statement:

Vulcan Electric is closely monitoring the widespread impact of the coronavirus COVID-19. The health and well-being of our employees, community, customers and suppliers remain our top priority. We are following the guidance and directives of the Centers for Disease Control and other government agencies to ensure best practices and measures are taken. We continue our commitment to serve our customers during these difficult circumstances. We are managing our product manufacturing and laboratory calibration operations to ensure the best possible continued service to our many customers in food processing, beverage, packaging, pharmaceutical, laboratory, and other critical industries. Should any changes to operating conditions occur, we will provide updates to our customers and partners as situations arise.

Vacuum Process Sensors

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  • Designed for vacuum application temperatures up to 2300 °C
  • Available in all standard ANSI calibrations
  • Optimum performance in most critical vacuum applications

Vulcan Electric Vacuum Process Line of temperature sensors using the latest seal fitting technologies that can be designed to seal pressures ranging from vacuum up to 30,000 psi (2067 bars) and designed for durability and reliability in high temperature applications to 4200° F (2315° C). Such applications generally involve vacuum, reducing, inert gas, graphite, or contamination atmospheres that challenge the life of the thermocouple. Vulcan’s knowledgeable team design and manufacture vacuum sensor assemblies with a selection of appropriate materials and configurations to maximize the life and reliability of thermocouples in these environments.

  • ISO 2861 KF Fittings Standard Size #10, #16, #25 and #40. Other installation options available.
  • Diameters range from 0.040″ (1.0 mm) to 1.50″ (47.5 mm)
  • Adjustable compression gland fittings using High-integrity seals for vacuum tight application
  • Flexible Ceramic and Bendable Metal Sheath Materials for hard to reach areas
  • Protective tube sheath materials to meet specific application requirements; Molybdenum tungsten coated, pure tungsten, tantalum, molybdenum, platinum, alumina oxide, Hexoloy®
  • Insulation materials for extreme temperatures; hafnium oxide insulation
  • Single, dual and multiple junction options for profiling
  • Thermocouple elements: Type C, G, R, S, B, PII, K, N
  • Custom designs for O.E.M. applications
  • Temperature ranges up to 2315 °C (4200 °F)
  • Crystal growing
  • Solar Cells, silicon ingot, wafer, thin film
  • LEDs, sapphire ingot, wafer, thin film
  • Chemical vapor deposition & infiltration
  • Hot isostatic presses
  • Metallurgical heat treatment processes
  • Aerospace
  • Advanced ceramics and composite materials
  • Destructive testing
  • Nuclear
  • Research and Development

Thermal Engineering For Your Industry

We engineer solutions for complex requirements, used in a broad range of industries and applications.