Ceramic Pad Heaters

Globe feature a wide range of heater configurations as well as optional resistance wire characteristics for different applications. We will provide you with the most cost effective heater to meet your requirements

Ceramic Pad Heaters

Globe Ceramic Flexible Heating Elements

Text Box: The most important feature of a resistance heater is the ability to transfer the heat away from the resistance wire to the outer covering where it can be absorbed by the work piece. Even when accurately controlled a poorly designed or poorly applied heater can cause the wire temperature to exceed the limits of endurance. Globe ceramic pad heaters are designed to produce more even and efficient heat transfer whilst maintaining maximum flexibility. Sintered alumina oxide is formed into shapes and fired at precise temperatures to produce a ceramic insulator with a combination of high dielectric strength and efficient, fast heat transfer. This ceramic is also solid enough to withstand physical shock and resistance to oxidation and corrosion from a broad range of chemicals and atmospheres. An accurately measured length of stranded nickel-chromium wire is precisely wound through the ceramic beads ensuring electrical isolation to produce a compact and flexible resistance heater. The resistance wire is them metallurgically bonded to a stranded nickel-copper wire to provide trouble free electrical continuity. The flexible stranded cold junction extension leads are rated for 250 degrees C continuous temperature.

Preheater -

with stainless steel backing