資源再生行業包括垃圾回收，銅鋁回收等可再生回收這些行業，為了更省成本，更加有效率的進行資源回收而設計的渦電流分選機效果突出，下面針對資源再生行業的朋友們給出渦電流分選機的選型方案。

       Renewable resource industries including recycling, recycling of Renewable Copper Recovery of these industries, in order to save costs, and the effect of eddy current separator design more efficient resource recycling is outstanding, selection of renewable resources are given below for friends of eddy current separator industry.

       首先，根據自己物料的水分，我們在渦電流分選機前要有一道烘干處理，假使沒有成本來選擇烘干設備，就要多購置一些皮帶，因為皮帶沒有很厚，會因為水分的侵蝕有更快的磨損。

      First of all, according to their material moisture, we must have a drying in eddy current separator before, if there is no cost to choose drying equipment, to purchase some belt, because the belt is not very thick, because water erosion has faster wear.

       小顆粒的物料，可以選擇我們的偏心渦電流分選機，因為偏心渦電流分選機的磁輥聚焦在皮帶和磁輥交接處，對于小顆粒有更加出眾的效果，同時在針對鐵磁性物料也因為其獨特的設備不至于磨碎皮帶，略帶一點除鐵屬性的一款設備。

       Small particles of material, can choose the eccentric eddy current separator for us, because the magnetic roller eccentricity of eddy current separator focused on the belt and the magnetic roller junction, has more superior effect for small particles, and for the ferromagnetic material because of its unique equipment for grinding belt, with a little addition iron attributes of a device.

       較大的銅鋁灌之類的物料就建議選擇同心渦電流分選機，因為同心渦電流分選機具有更多的分選面積，能在一定程度增加產量，對一些較好分選的大物料還是推薦用同心渦電流分選機。

       A large copper like material would suggest with concentric eddy current separator, because the concentric eddy current separator has a sorting area more, can increase the yield in some degree, large material for some good sorting or recommend using a coaxial eddy current separator.

      資源回收行業朝氣蓬勃，我們希望更多的朋友可以和我們一起探討這個行業的前景和難題，針對資源回收難題，做更多的渦電流分選機設計準備是我們的追求。

      Resource recycling industry is full of youthful spirit, we hope more friends and we can together to discuss the prospect and problems of this industry, the recycling problem, do the design of eddy current separator for more is our pursuit.