高频共振研磨机是基于高频共振理论设计的新一代粉碎设备。它是基于高频共振理论设计的新一代超微粉碎设备，可以用于生产各种微米级、纳米极粉体。通过惯性激振器产生高频振动，激发研磨筒在频率比接近1的情况下产生共振。振动能量以冲击波的方式由研磨筒传入筒内，并在筒内产生高速旋流能量场。使物料沿筒壁做高速回转运动。同时由于离心力的作用，物料又由内向筒壁挤压，形成离心力场。物料在双重力场的作用下产生涡流状不规则运动。物料在运动中受到高于激振频率几十倍的冲击、剪切、挤压、研磨作用，不断细化分解，最后得到需要加工的粒度。具有共振磨的高效节能、超微超细的特点。关键词：超微粉碎设备，高频振动，共振
Abstract
Grinding Machine resonance frequency is based on grinding machine designed for a new generation of high-frequency resonance theory crushing equipment. It is based on the design of a new generation of high-frequency resonance theory of ultrafine grinding equipment can be used for the production of micron and nano extremely powder. Inertia generated by high frequency vibration exciter, excitation frequency ratio close to the grinding cylinder 1 in the case of resonance. Vibrational energy in the shock tube mill introduced by the cylinder means, and swirl in the cylinder produces high energy field. The material along the tube wall to do high-speed rotary motion. And because of centrifugal force, the material within the cylinder wall and the extrusion to form a centrifugal force field. In the field of materials under the action of the double vortex-like irregular movement. Materials are higher than those in the movement several times the impact of excitation frequency, shear, extrusion, grinding effect, continue to refine decomposition, the granularity of the resulting need for processing. With a resonance energy-efficient grinding, ultra fine features.
Keywords: Superfine grinding equipment, high frequency vibration, resonance
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