Vulcan, formed in 1927, are one of only a few manufacturers with a full complement of metal-sheathed heaters, temperature sensors, temperature control products and precision calibration services. Many of their temperature measurement products are engineered into equipment at the world's leading semiconductor companies. Other areas of temperature sensor expertise include ultra-high temperature materials processes and other advanced metallurgical applications. Their Flexible Interconnect solutions include a broad range of capabilities in flexible circuits, flexible wiring harnesses, and electrical testing services.
Vulcan

Thermocouples, RTD’s and Sensors

Semiconductor Fab

Vulcan ElectricThermocouples are high-precision temperature sensor constructions designed and manufactured primarily for the Semiconductor, Solar and LED industries. These thermocouples were engineered to address the critical process temperature measurement and control required for those industries.
Semiconductor Fab
Vacuum Process Sensors

Vacuum Process Sensors

The 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

Ultra-High Temp Probes

UHT Thermocouples are designed for extreme temperature, time and cycling. Our complete selection of thermocouple materials with superior performance characteristics and quality offer the
most advanced line of temperature sensors for extreme process applications.
Ultra-High Temp Probes
General Purpose RTD Probes

General Purpose RTD Probes

Thermistors are ideal for temperature measurement where high sensitivity is required.
These sensing probes are inherently more accurate than a thermocouple over a narrow temperature range and are often used where high temperature capability is not required.

Other product lines available;

Heat and trace surface sensors
Bendable tube thermocouples
General purpose thermocouple probes.
Other product lines available