The present invention relates to a proper installation height and spacing, such as nano-carbon fiber infrared heating to relate to the installation method, such as nano-carbon fiber infrared heating, more specifically, fruits and vegetables seedling greenhouse heating for fruit and vegetable seeds Seedling greenhouse heating.
Installation methods, such as nano-carbon fiber infrared heat for fruit and vegetable seeds Seedling greenhouse heating according to the present invention relates to such nano-carbon fiber infrared heat for the interior of fruit and vegetable seeds Seedling greenhouse heating, such as the nano-carbon fiber infrared heater 70 of the energy generated to 90% and an infrared wavelength, doedoe installed in the fruits and vegetables and nursery 100cm intervals, characterized in that the installation, characterized in that the installed power of 900W.
Moreover, as concerning fruit vegetables nano-carbon fiber for the seedling greenhouse inside of heating infrared heating, 70 to 90% of the energy is generated, such as the nano-carbon fiber Infrared heating is an infrared wavelengths, such as the nano-carbon fiber infrared heating is 40 to doedoe installed 60cm interval, characterized in that the installation, characterized in that the installed power of 900W.