Какво причинява пожари, причинени от далечни нагревателни бобини?

The temperature of the far-infrared heating coil is as high as over 800℃. Since the power of the far-infrared heating coil is relatively large, if the user ignores safety, a fire may occur at any time. The reasons for the fire of the far-infrared heating coil are: First, the energized electric heating coil is placed on or near combustibles, causing a fire under long-term high-temperature baking. Second, the far-infrared heating coil is not installed with a plug, and the wire head is directly inserted into the socket, which is easy to cause a short circuit and a fire. Third, the user did not unplug the far-infrared heating coil when leaving, and the time was too long, causing the far-infrared heating coil to overheat, igniting the nearby горими и причинявайки огън . четвърти, проводникът за съпротивление се ремонтира много пъти и продължава да се използва, което може да доведе до претоварване на линията .

Far-infrared heating coil reactor uses far-infrared silicon carbide radiation heating device. Compared with the heating methods such as power frequency electric induction heating reactor, electric heating rod heating oil tank, circulating heat-carrying oil bath heating reactor, and direct fire furnace, the far-infrared heating coil heating device is more advanced in technology and is widely used in chemical industries such as pesticides, dyes, rubber additives, antioxidants, RD, spices, chemical and pharmaceutical intermediates, oil pipelines, and mineral industries. The far-infrared heating coil of stainless steel reactor has the characteristics of effective energy saving, noiseless operation, no pollution, safety and explosion-proof, easy temperature control, long service life, fast heating temperature rise and uniform temperature. It is a relatively advanced heating method at home and abroad today. This type of heating device is used for heating of distillation kettles, smelting towers and other types of containment rings. As the liquid level in the kettle changes, the heating device can be designed according to different heights and divided into seven sections to control heating separately, and the temperature of the Стената на чайника е инсталирана в множество точки за сегментирано откриване и контрол, което не само спестява енергия, но и играе добра защитна роля за материалите в чайника .