Cost effectiveness is achieved in multiple ways. PTC technology brings together the function of a heating element , thermostat , and control device in a single component , thereby eliminating the component structure and cost associated with common nichrome wire heating elements and enabling precise temperature specifications. The amperage draw will ultimately be less than an equivalent wattage nichrome coil element thus running at less power equating to lower operating cost.

PTC heating and the environment , because of their relatively large surface temperature which eliminates the need for multiple heat transfers and consequently , saves energy while providing environment-friendly heating without any RFI or Inductive Radiation. In contrast , filament-based heating elements have a small surface area multiple coiled layers insulated in ceramic layers. Large amounts of heat must be emitted from the filament to pass through each of the ceramic layers,causing substantial energy loss. Coiled wires produce Inductive Radiation.

By far safety is the most important issue , PTC heating elements can be set at lower temperatures not hot enough to cause combustion unlike traditional nichrome wire elements. Standard nichrome wire heating elements have the potential to become RED HOT unlike the inherent physical properties of PTC technology that enable a safer operation , in contrast with standard filament- based (nichrome wire)heating elements. Most nichrome filament heaters require redundant safety devises and still have the potential to become hot enough to cause combustion. If not used properly in the application , in theory , PTC heaters are the safest most environmentally friendly and energy efficient heating device currently available.

INDUSTRIES WE SERVE

• Chemical Processing
• Petrochemical
• Biofuel Production
• Baptistery Heaters
• Marine Equipment
• Aquaculture
• Duct Heaters
• Medical Equipment
• Industrial Process Manufacturing
• Heavy Viscous Liquid Heating
• Military Equipment and Heating Systems