The purpose of this article is to examine the possibility of using magnetic
wood as a heating board. This article covers top and side surfaces of heat
ing characteristics for three types of magnetic wood (impregnated, powder a
nd coating types) when using three different excitation coil types (solenoi
d, meander and spiral coil). Our results showed that the coating type magne
tic wood had the highest top surface temperature when using a spiral excita
tion coil. In this case the top surface temperature rose 60 degrees C and g
ood nat heat. The temperature difference was 15 degrees C. The heating boar
d we propose can be used in floor heating and for medical equipment that re
quire a safe, warm and smooth surface.