nanoheat technology
what is ?
1. coat the nanoheat material on microcrystalline ceramic plate;
2. electrify the nano-coating and generate the heat.
why nanoheat?
eco friendly, saving energy, high performance, varity applications
reduce material consumptionhigh energy efficency5 degree celsius per second; over 99% energy efficiencyultra low electrical resistance / high power densitygenerate 5000w power output per 10 x10 cm2renewable energy sources capability / d.c power200 degree celsius at 24v d.cno magnetic interferencefit for all utensil materialglass, ceramic, steel, metalversatility in designs & applicationnano thicknesstechnical information of comparison
benefit
nanoheat
conventional heater
eco-friendly
material 1 few gram of material in its construction
up to 1kg metal in induction coil for cookware appliance
energy saving
high efficiency 5℃/s and up to 20℃/s (300℃/min)
99% energy efficiency in dynamic heat transfer / 90%in static heat transfer
75-85% energy efficiency in 1h; 65-75% energy efficiency in radiant coil
high performance
capable for d.c & renewable energy sources ultra low electrical resistance; able to driven by battery &d.c power
make it portable
high electrical resistance
not available to make it portable
varity applications
no magnetic interferencesnano thickness for design comply to medical & therapy devices, laboratory & military equipment and automotives & aerospace applications
not compatible due to magnetic interference