Rare earth nitrates have a wide range of applications in scientific research, materials science and industry. They are widely used in the preparation of rare earth oxides, rare earth metals, rare earth alloys and rare earth magnetic materials. These materials exhibit unique properties in optoelectronics, electronics, magnetism, catalysis, etc., and therefore have important applications in information technology, energy technology, environmental protection and other fields. In addition, rare earth nitrates are used in the preparation of fluorescent materials, fluorescent markers and optical gain materials, in the preparation of catalysts and magnetic materials, and in biomedicine, agriculture and environmental monitoring.
Rare Earth Nitrate Applications
Y(NO3)3:
Yttrium nitrate can be used to manufacture ternary catalyst, yttrium tungsten electrode, ceramic material, intermediate of yttrium compound, and chemical reagent. Yttrium nitrate can also be used in automobile exhaust purification catalyst, cemented carbide, and in other industries.
La(NO3)3:
Lanthanum nitrate can be used to manufacture ternary catalyst, tungsten molybdenum electrode, optical glass, phosphor, additive of the ceramic capacitor, magnetic material, chemical reagent. Lanthanum nitrate can also be used in other industries such as lanthanum tungsten, lanthanum molybdenum cathode materials, petrochemical industry, gas lamp gauze additive, hard alloy, refractory metal, and other industries.
Ce(NO3)3:
Cerium nitrate can be used to manufacture ternary catalyst, gas lamp net cover, tungsten molybdenum electrode, cemented carbide additive, ceramic component, medicine, chemical reagent. Cerium nitrate can also be used in automobile exhaust purification catalyst, additive, sand cover additive of steam lamp, petroleum catalyst, tungsten molybdenum products, refractory metal, and in other industries.
Sm(NO3)3:
Samarium nitrate can be used to manufacture ternary catalyst, additive of alloy material, an intermediate of samarium compound, chemical reagent.
Eu(NO3)3:
Europium nitrate can be used to manufacture ternary catalyst, intermediate compound, phosphor, electronic ceramic material, europium compound intermediate, chemical reagent.
Gd(NO3)3:
Gadolinium nitrate can be used to manufacture gadolinium ferroalloy materials, gadolinium compound intermediates, catalysts, chemical reagents, and other industries.
Tb(NO3)3:
Terbium nitrate can be used to manufacture phosphor, magnetic material, an intermediate of terbium compound, intermediate compound, and chemical reagent.
Dy(NO3)3:
Dysprosium nitrate can be used to manufacture dysprosium iron compounds, intermediate compounds, chemical reagents, and in other industries.
Er(NO3)3:
Erbium nitrate can be used to manufacture intermediate of erbium compound, optical glass, intermediate compound, chemical reagent.
Yb(NO3)3:
Ytterbium nitrate can be used to manufacture intermediate, intermediate compound, glass, chemical reagent.
Lu(NO3)3:
Lutetium nitrate can be used to produce lutetium compounds intermediates, chemical reagents, and other industries.
Pr(NO3)3:
Praseodymium nitrate can be used to manufacture ternary catalyst, intermediate compound, ceramic pigment, magnetic material, praseodymium compound intermediate, chemical reagent.
Nd(NO3)3:
Neodymium nitrate can be used to manufacture ternary catalyst, glass colorant, magnetic material, intermediate compound, an intermediate of neodymium compound, chemical reagent.
Tm(NO3)3:
Thulium nitrate can be used to produce intermediate of thulium compounds and chemical reagents.
