Vulcan Flexible Heaters with integrated sensors are often a preferred construction option for engineers due to unique configurations that can be incorporated into the design during the flexible heater manufacturing process. The results often include enhanced temperature control performance, reduced space requirements, improved reliability, and a reduction in costs associated with secondary component assembly (including lower labor, fewer materials, and reduced scrap). Additional benefits often include more rapid heat-up, improved thermal cycling, and less temperature control overshoot.

• Vulcan's premium Flexible Polyimide and Foil Heater with same construction features
• Customization of heater circuit foil configuration in combination with temperature sensing area patterns to ensure optimum performance
• Epoxy bonding and encapsulation options for direct placement of the sensing device
• Standardized temperatures sensing devices ensure interface compatibility with industry standard controls
• Single or multiple heater circuits can be designed into a single heater package with the option to incorporate one or more sensing devices
• Precise temperature distribution and uniform heating
• Excellent chemical resistance with suitability for many harsh environments

• Custom watt heater watt densities and profiles to ensure optimum heating and sensing performance
• Mechanical temperature controls including full current devices for direct on-off heater control
• Vulcan mounting or assembly of heater to fabricated or molded parts.
• Bonding of heater to heat sinks
• Thermal fuses bonded to the heater surface and wired in series with the heater circuit

• Dialysis equipment to maintain constant fluid temperature
• Satellite equipment to maintain temperatures in space
• Semiconductor wafer processing for uniform temperature handling
• Blood warmers in transfusion equipment
• Gas analytical equipment chemistry temperature control
• Fluid delivery systems viscosity and temperature control
• Electronic signal equipment for component temperature stabilization and moisture control