Our company adopts electrolysis and deoxidization methods to produce the rare earth metals ,oxides and its alloys,the Rare earth materials are considered as bone intensifier of industry. All these rare earth materials are widely utilized in the field of mechanics, electronics, automobiles, medical device, aeronautics, nuclear power and military engineering . The role of the rare earth materials have played in these fields cant be substituted.

Rare Earth Metal Alloys
Product	Symbol	Specification		Shape
Scandium-Aluminium Alloy	Sc-Al Alloy	Sc:2%+/-0.1%	Al:98+/-1%	Ingot shape or irrgular fragmentary shape
Erbium-Aluminium Alloy	Er-Al Alloy	Er:2%+/-0.1%	Al:98+/-1%	Ingot shape or irrgular fragmentary shape
Yttrium-Aluminium Alloy	Y-Al Alloy	Y:87%+/-1%	Al:13+/-1%	Ingot shape or irrgular fragmentary shape
Lanthanum-Nickel Alloy	La-Ni Alloy	La:88%+/-1%	Ni:12+/-1%	irrgular fragmentary shape
Neodymium-Iron Alloy	Nd-Fe Alloy			Ingot shape or irrgular fragmentary shape
Terbium-Iron Alloy	Tb-Fe Alloy			Ingot shape or irrgular fragmentary shape
Dysprosium-Iron Alloy	Dy-Fe Alloy	Dy:80%+/-2%	Fe:20+/-2%	Ingot shape or irrgular fragmentary shape
Praseodymium-Neodymium Alloy	Pr-Nd Alloy	Pr:20%+/-3%	Nd:80+/-3%	Ingot shape or irrgular fragmentary shape
Praseodymium-Neodymium Alloy	Pr-Nd Alloy	Pr:25%+/-3%	Nd:75+/-3%	Ingot shape or irrgular fragmentary shape