Description
Item |
Index |
relative density(25℃) |
3.58 |
Melting point |
2852℃ |
boiling point |
3600℃ |
purity |
99.5% |
particle size |
30-50 |
specific surface area |
10-30 |
loss on drying105℃,2h (%)≤ |
1.5 |
Application:
1.In Lithium Batteries
adding appropriate amount of nano-magnesium oxide to the cathode material of lithium ion battery, the obtained cathode material has large reversible discharge capacity and good cycle performance. Use in cathode materials can improve conductivity, the recommended addition amount0.3-0.5%.
2.Zinc-Nickel Battery
By physically mixing, magnesium oxide is doped into the zinc anode active material, which can reduce charge-discharge polarization, reduce internal resistance at the later stage of the cycle, improve the utilization rate of the negative plate active material, and extend the battery cycle life. The appropriate addition amount is1.0%wtor so.
3.High Zinc Chloride Battery
addition of a small amount of magnesium oxide to the positive active material can adjust the electro-hydraulic acidity.,slows down self-discharge,Suppresses Battery Inflation,to improve storage performance,and has unique effects on improving discharge capacity and promoting paste layer gelatinization. Suggested addition0.5-1%.
4.Cadmium-Nickel Battery
Adding appropriate amount of magnesium oxide, zinc oxide and iron oxide to cadmium electrode can improve the utilization rate of active substances. Adding magnesium oxide, indium trioxide and zinc oxide can improve the charge retention capacity of sealed cadmium-nickel batteries.