This vehicle uses electric energy as a power source, and it is easy to obtain low noise and excellent control performance,
has excellent maintenance, is easy to design, and uses many metals other than driving battery.
Nickel Oxide
Nickel (Ni) powder is molded into a desired shape, and then nickel is oxidized in a temperature range of 400 to 1300°C under an atmosphere to produce nickel oxide (NiO).
According to the present invention, a sintered body having little dimensional change (about 5% or less) may be obtained after oxidation reaction sintering
and electronic ceramic products such as a ceramic temperature sensor and humidity sensor thermistor are widely used as additives for promoting ionization of an electrolyte material.
Cobalt Oxide
Hard and ferromagnetic silver is a white metal element, a lithium compound frequently used in the cathode part of a lithium ion battery used in the manufacture of a magnet or a strong alloy.
Cobalt dioxide generates oxygen and exhibits performance close to a platinum catalyst for manufacturing nitrogen oxide by oxidation of monia.
Cobalt oxide is prepared by firing nitrate or carbonate and by firing hydroxide precipitated using potassium hydroxide it has particularly excellent activity.
Molybdenum
Molybdenum is a transition metal that is silver-white and very hard, and has a very high melting point and boiling point.
It has the effect of hardening steel even in small amounts, is a major nutrient for growing plants, and is an essential nutrient for gentin.
It is mainly made by powder metallurgy and is widely used in high temperature and high pressure fields because of its strong corrosion resistance.
It is an essential mineral for the human body and is used in reactions that detoxify active oxygen.
Because of its strong corrosion resistance, it is widely used in high temperature and high pressure situations.
Lithium Hydroxide
Lithium hydroxide is solid white, soluble in water, and a must-have material for lithium secondary batteries along with lithium carbonate.
Lithium carbonate is often used in laptops and mobile phone batteries, while lithium hydroxide is used in high-performance electric vehicle batteries.
It is mainly used for high-capacity electric vehicle batteries because it is easy to synthesize with nickel, which increases battery capacity.
It is made by converting and concentrating lithium phosphate extracted from lithium ore or collected from waste secondary batteries.
