Supported by advanced technology platform. Reasonable structure, strong rigidity.
重新調校的破碎頻率及偏心距,配合更平順,產量更高。
Re-adjusted crushing frequency and eccentricity gives more smooth match and high yield.
腔型采用復合型,提高物料立方體形狀含量。
Compound cavity are used to increase the percentage of cube-shaped products crushed.
充分利用物料層壓原理,磨耗更小,破碎比更大。
Material lamination principle is used, less abrasion, high crushing ratio.
全機調整液壓操作,更快捷,更省力。
High efficiency and less effort with hydraulic operation.
采用液壓機構清腔,把堵機物料清理時間控制在幾分鐘以內。
Through hydraulic system, clearance time of the block material is shorten into a few minutes.
破碎壁內部精加工,更換時無需填充粘合劑及對主軸表面清理的復雜工作,更換更簡單,節省時間。
Fine internal crushing wall finish, no adhesive is needed to be filled in when changing. It simplified the work of clearing surface of the main shaft and changing part.
機體油路采用動態密封,無需水及黃油密封,核心運動總成工作可靠,壽命長。
Dynamic sealing is used for oil circuit of the machine, no water of butter sealing is needed. Core movement assembly is reliable and with long cycle life.
配套完整的操控及檢測系統,全方位保護主機。
Complete operating and detecting system provides main machines with all-round protection.
Note: C= Coarse, M= Medium, F=Fine, EF= Extremely Fine
Capacity data is based on the bulk density of 1.6 ton/CBM of material. The actual capacity varies due to difference of feeding speed, output sizes, stone density, hardness and material moisture content of material.