more opportunities for development

ower battery market is still not fully launched, but the market consumer digital carbon xrd products (tablets, smartphones, super book, etc.) rapid growth continue to drive demand for lithium-ion batteries, therefore, thanks to graphite material suppliers mobile phones, laptops, electric bicycles, and other areas of the downstream demand xrd of graphite growth, expanding its lithium-ion battery industry in China, in 2013 China's lithium ion battery production reached 4.6 billion, up 31% from 2012.Lithium battery demand led to the rapid growth of anode materials is the downstream demand of market, for anode materials are also bring xrdgraphite.com email more opportunities for development.Anode materials refers to constitute a negative electrode materials in batteries, the current common anode materials include carbon anode materials, machining parts tin based anode materials, lithium transition metal nitrides anode materials, alloy anode materials and nano-scale anode materials.Electrode materials for lithium ion batteries is a key factor which determines the energy density.It is understood that the current lithium battery cathode material of the main species have natural graphite (59%), and artificial graphite (30%), intermediate phase carbon microspheres (8%) and other types (3%).Graphite anode materials class still occupy the mainstream position of li-ion battery anode materials.However, due to restrictions, such as the existing technology of the current mainstream anode materials (such metallurgical industry as artificial graphite, etc.), intermediate phase carbon microspheres can not realize it is hoped that the battery energy density increased significantly, new material of anode materials market to be efficient.Therefore, in recent years, lithium titanate, the development and application of new type anode materials such as graphene start caught the attention of the industry.Graphene is a new type of material, is one of the most thin in the known materials.Because of its low resistivity, electron transfer speed, scientists believe that the use of graphene is thinner, conductive faster can be developed a new generation of