Mitä eroa on alkaliparistoilla ja ei-alkaliparistoilla?
2021-07-31
Jos et tiedä asiaankuuluvaa tietoa alkaliparistoista ja ei-alkaliparistoista, et ehkä tiedä näiden kahden eroa. Saattaa tuntua, että akkueron pitäisi olla pieni, mutta itse asiassa se ei ole sitä. Kahden akun välillä on suuri ero. Voit säästää aikaa, energiaa ja rahaa, kun ostat akun, kun olet ymmärtänyt akun suorituskyvyn.
Siitä huolimattaalkaliparistot and non-alkaliparistot are derived from the same chemical composition, the performance of the two is quite different. For example, alkaliparistot are heavier, and non-alkaliparistot are slightly lighter. The two types of batteries include AA, AAA, AA, C, D, and 9V batteries, and they can be used as long as the correct type is selected.
The electrolyte used in alkaliparistot is different from non-alkaliparistot. For example, alkaliparistot use potassium hydroxide (chemical formula KOH, also known as caustic potassium or caustic alkali, which is also the origin of the name "alkaline"), and non-alkaliparistot It is possible to use zinc chloride (chemical formula ZnCl2, also known as zinc chloride powder). The chemical composition of these electrolytes is different, and the chemical reactions that occur are also different. Because of the nature of the electrolyte, alkaliparistot are more durable.
The most significant difference between alkaline and non-alkaliparistot is the amount of power they can provide. Carbon batteries are not as durable as alkaliparistot. For example, the durability of high-power alkaliparistot is 6-9 times that of traditional carbon batteries. Moreover, alkaliparistot are more environmentally friendly because they do not contain harmful substances such as mercury, cadmium, and lead, making them a "green" product.alkaliparistotvoidaan säilyttää jopa kymmenen vuotta, se voidaan säilyttää pitkään murehtimatta vanhenemisesta ja on kätevä käyttää milloin tahansa tarvittaessa. Joitakin huonolaatuisia tuotteita voidaan säilyttää vain kaksi vuotta, ja ongelmia on, kuten riittämätön teho, vuoto ja ruoste, mikä tuhlaa aikaa, resursseja ja rahaa.
Siitä huolimattaalkaliparistot and non-alkaliparistot are derived from the same chemical composition, the performance of the two is quite different. For example, alkaliparistot are heavier, and non-alkaliparistot are slightly lighter. The two types of batteries include AA, AAA, AA, C, D, and 9V batteries, and they can be used as long as the correct type is selected.
The electrolyte used in alkaliparistot is different from non-alkaliparistot. For example, alkaliparistot use potassium hydroxide (chemical formula KOH, also known as caustic potassium or caustic alkali, which is also the origin of the name "alkaline"), and non-alkaliparistot It is possible to use zinc chloride (chemical formula ZnCl2, also known as zinc chloride powder). The chemical composition of these electrolytes is different, and the chemical reactions that occur are also different. Because of the nature of the electrolyte, alkaliparistot are more durable.
The most significant difference between alkaline and non-alkaliparistot is the amount of power they can provide. Carbon batteries are not as durable as alkaliparistot. For example, the durability of high-power alkaliparistot is 6-9 times that of traditional carbon batteries. Moreover, alkaliparistot are more environmentally friendly because they do not contain harmful substances such as mercury, cadmium, and lead, making them a "green" product.alkaliparistotvoidaan säilyttää jopa kymmenen vuotta, se voidaan säilyttää pitkään murehtimatta vanhenemisesta ja on kätevä käyttää milloin tahansa tarvittaessa. Joitakin huonolaatuisia tuotteita voidaan säilyttää vain kaksi vuotta, ja ongelmia on, kuten riittämätön teho, vuoto ja ruoste, mikä tuhlaa aikaa, resursseja ja rahaa.
