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目前用于分离微细粒矿物的方法效率低,且经常消耗昂贵的化学试剂或化学介质。填充型柱状跳汰机(也被称作杨在跳汰机)根据其操作模式,能够根据颗粒密度和粒度快速分离微细和超细粒颗粒。该技术采用多单元设计,使用一个装有填充板的圆柱,这样便形成一个充满倾斜壁网络,从而能够将圆柱转换为很多个微小的相互连接的跳汰单元。其简单性、优良的分选指标和低成本结构为不同微粒物料的重力分选提供了独特的方法,并且为下游加工作业提供更好的灵活性。杨式跳汰机在回收微细矿物应用方面取得的重要进展,为更精确的矿浆分级和脱泥创造了条件。
Current methods for separating fine-grained minerals are inefficient and often consume expensive chemicals or chemical media. Filled Columnar Jig (also referred to as Yang Jig) According to its mode of operation, fine and ultrafine particles can be quickly separated according to particle density and particle size. The technology uses a multi-cell design, using a column filled with filler plates, which creates a network of sloped walls that transforms the cylinder into many tiny, interconnected jigs. Its simplicity, superior sorting index and low cost structure provide a unique way of gravimetric sorting of different particulate materials and provide greater flexibility for downstream processing operations. The significant progress made in the application of the Yang Jig in the recovery of fine minerals has created the conditions for more accurate ore grade and desliming.