曾有人反饋過(guò)這樣一個(gè)問(wèn)題，就是陶瓷加熱器加熱板上的助焊劑殘漬如何清理，也許大家都覺(jué)得這個(gè)是很難清洗掉的，然后就不管它了。確實(shí)，加熱板上的焊劑殘漬清理起來(lái)是比較困難，但是，也不要放任不管，因?yàn)榉胖脮r(shí)間太長(zhǎng)，陶瓷加熱器的加熱板外觀會(huì)變得不美觀。
  現(xiàn)在就教大家正確清潔陶瓷加熱器加熱板上的助焊劑殘漬清潔方法：
  1、陶瓷加熱器加熱板上的助焊劑受到高溫作用，殘留物幾乎炭化，助焊劑會(huì)發(fā)生氧化作用，接觸助焊劑的加熱板會(huì)有變成黑色或黑黃色的，這是沒(méi)辦法用普通方法清洗掉的。
  2、首先用化學(xué)試劑(乙醇或甲基苯、二甲酮之類的)把助焊劑殘?jiān)逑锤蓛?，至于加熱板上面顏色比較深的氧化層，可以使用5%-10%的稀鹽酸多擦拭幾次，就可以清洗干凈了，然后再用清水進(jìn)行清洗。
  3、請(qǐng)注意必須穿戴好防護(hù)手套和防護(hù)眼鏡，以免出現(xiàn)閃失。
  以上是關(guān)于正確清潔陶瓷加熱器加熱板上的助焊劑殘漬清潔方法，希望對(duì)您有所幫助。陶瓷加熱器現(xiàn)在成為了一種高能熱分部均勻的加熱器、熱導(dǎo)性非常好的金屬合金，可以保證熱面溫度的均勻性，祛除設(shè)備熱點(diǎn)及冷點(diǎn)，應(yīng)用范圍越來(lái)越普遍。

Someone once reported that how to clean the flux residue on the heating plate of the ceramic heater. Maybe everyone thought it was difficult to clean it, and then left it alone. It is true that it is difficult to clean the flux residue on the heating plate, but do not let it go, because the appearance of the heating plate of the ceramic heater will become ugly if it is placed for too long.
Now let's teach you how to properly clean the flux residue on the ceramic heater heating plate:
1.The flux on the heating plate of the ceramic heater is subject to high temperature, the residue is almost carbonized, the flux will be oxidized, and the heating plate contacting the flux will become black or black yellow, which can not be cleaned by ordinary methods.
2.First, use chemical reagents (ethanol or methyl benzene, dimethylketone, etc.) to clean the flux residue. As for the dark oxide layer on the heating plate, you can use 5% - 10% diluted hydrochloric acid to wipe it several times, and then clean it with clean water.
3.Please pay attention to wearing protective gloves and goggles to avoid accidents.
The above is about the correct cleaning method of flux residue on the ceramic heater heating plate. I hope it will be helpful to you. Ceramic heater has become a kind of heater with uniform high energy heat distribution and metal alloy with excellent thermal conductivity, which can ensure the uniformity of hot surface temperature and eliminate hot and cold spots of equipment. Its application scope is becoming more and more popular.