Kako delujejo silikonski gumijasti ogrevalni trakovi v silikonskih gumijastih grelnikih?

Silikonski gumijasti grelniki so v glavnem sestavljeni iz kovinskih cevi, izolacijskega magnezijevega oksida v prahu in silikonskih gumijastih ogrevalnih pasovih . Kako torej silikonsko gumijasto ogrevalno območje deluje v silikonskih gumijastih grelnikih?

1. delovno načelo silikonskih gumijastih ogrevalnih trakov

The working principle of silicone rubber heating belts is the same as other metal heating elements, which is the electric heating phenomenon after the metal is energized. Electric vehicle battery heaters use the heat energy generated by auxiliary heaters to heat the battery pack, which will not consume battery power, so it will not affect the power and range of electric vehicles. At the same time, it can also ensure the heat required by the air-conditioning system. The vehicle controller distributes heat by controlling the opening of each electric control valve, and the control method is simple. Cabinet dehumidification heaters In recent years, due to the greenhouse effect, the temperature has risen year by year, and the atmospheric environmental factors have gradually deteriorated. The changeable climate such as high temperature and high humidity has made the threats faced by indoor power distribution facilities more and more obvious. The oil drum heating belt adopts the soft and bendable characteristics of the silicone heating plate. The metal buckles are riveted on the reserved holes on both sides of the heating plate, and the spring buckles are buckled on the barrel, pipe, and tank. Easy and quick installation. The silicone rubber heating plate can be made to be tightly attached to the heated part by the tension of the spring, and the heating is rapid and the thermal efficiency is high. Electric heating means that after the current passes through the conductor, a certain amount of heat will be generated and conducted away by the Prevodnik . Sam silikonski gumijasti pas je kovinski prevodnik, ki lahko ustvari toploto in zagotavlja toplotno energijo po energiji .

2. Klasifikacija vrst silikonskih gumijastih ogrevalnih pasov

Vrste silikonskih gumijastih ogrevalnih pasov so razdeljene glede na vsebnost kemičnih elementov in organizacijsko strukturo silikonskih gumijastih ogrevalnih pasov . Vrste silikonskih gumijastih ogrevalnih pasov so železo-kromium-aluminijevo gumijasto gumo in silicone gumijaste gume in Tropije iz silikonske gume iz silikonske gume in Trop-T-Tropium silicone gumijaste gume, silicone gumijaste gume in Tropne gumijaste gume. Pasovi imajo različne funkcionalne značilnosti kot električni ogrevalni elementi .

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The advantage of iron-chromium-aluminum alloy silicone rubber heating belts is high working temperature. The highest working temperature of iron-chromium-aluminum alloy silicone rubber heating belts can reach 1400℃. Iron-chromium-aluminum alloy silicone rubber heating belts have long service life, high resistivity, good surface compositeness and Dobra oksidacijska upornost .

The disadvantage of iron-chromium-aluminum alloy silicone rubber heating belts is low strength under high temperature environment. The plasticity of the iron-chromium-aluminum alloy silicone rubber heating belt increases with the increase of temperature, that is, the iron-chromium-aluminum alloy silicone rubber heating belt is easy to deform at high temperature and difficult to repair after deformacija .

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The advantages of nickel-chromium alloy silicone rubber heating belt are high strength in high temperature working environment, long-term high temperature operation, and it is not easy to deform and change the social structure. The room temperature plasticity of nickel-chromium alloy silicone rubber heating belt is good, and the repair technology after deformation is relatively simple. In addition, the Silikonski grelni pas nikelj-kromium zlitine ima visoko emisijsko, brez magnetizma, dobre korozijske odpornosti in sposobnosti ter dolgo življenjsko dobo .

Slabost silikonske ogrevalne cone iz niklja-kromijeve zlitine je, da delovna temperatura ne doseže ravni prejšnjega ogrevalnega območja silikonske gume .