High frequency resonance grinder GZM-4000

GZM resonance grinder is an ultrafine grinding machine developed by Beijing Kaiyuan Duobang Company after 20 years of dedicated effort. It has excellent technological advantages such as energy saving and ultra-fine, GZM resonance grinder can save 50% -70% energy by grinding 1 ton of material, and the fineness can be adjusted from 200 mesh to 20000 mesh. Simultaneously possessing the functions of dispersion, modification, and particle rounding.

The production of ultrafine grinding powderPreferred device

The GZM-4000 high-frequency resonance grinder is connected to a dedicated grading equipment to form a continuous production system. The particle size is adjustable from 325 mesh to 2000 mesh, and the output is 10-40 tons. The process is simple and flexible, with low investment and high efficiency. Suitable for the production of various ultrafine powders.

GZM-1000 high-frequency resonance grinder based on resonancetheoretical design. AdoptingHigh-frequency vibrationimplement, inApproaching resonancefrequencyofResonance occurs under certain circumstances.Grinding media and materialsPerform three-dimensional circular frequency vibration at the same frequency.grindMedia and materialsColliding, squeezing, and grinding in vibration, while also maintaining overall stabilityMake a rotational motion along the cylinder wall. Under the action of a dual force field, the medium and material generate irregular motion in the form of vortices. The material is subjected to impacts, shearing, squeezing, and grinding that are tens of times higher than the excitation frequency during movement, continuously refining and decomposing, ultimately resulting in micrometer or nanometer sized particles. Featuring high efficiency, energy saving, ultra-fine and ultra fine propertiesGood particle size, etccharacteristic. Capable of crushing various samples.

characteristic:

Energy saving 50%:The characteristics of resonance grinding machine areUse smaller onesVibration forceLarger vibrations can be obtained,Resonance grinding machine is a disruptive product that can create millions of profits for enterprises with only energy saving.

Fine grainedDue to high vibration frequency, strong vibration force, impact collision, extrusion and grinding effects, it is possible to efficiently obtain fine and uniform finenesspowderparticle.

abrasionlowThe probability of collision increases，The probability of surface friction decreases.Reduced direct grinding between the medium and the cylinder wall.Therefore, the wear index is small,Simultaneously generating less heat.

ApplicabilitystrongSuitable for the vast majority of materials, it can grind high hardness materials as well as tough and fibrous materials. It can be used for dry grinding or wet grinding.It can achieve special grinding such as freezing, vacuum, and inert gas protection.

application：

1Suitable for various typesMineralscoal、ceramics、Slag steel slag, fly ashclassUltra fine grinding.

2After ultrafine modification by a resonance mill, fly ash can be applied to various products with significantly increased addition. Such as cement, ceramic particles, rubber, decorative panels, etc.

3By utilizing the powerful grinding and surface modification capabilities of resonance mills, S105 and S115 ultrafine slag powder are produced, which are mixed and ground with gypsum, steel slag, and other materials to produce solid waste concrete. Save half of the energy and double the output.

4Graphite, graphene, and other materials are ground into ultrafine or nanoscale products using the interlayer delamination effect of a resonant mill. Nano grinding is the advantage of open-source multi bond resonance grinding machines. Both wet and dry methods can be used for nano grinding. Relatively high concentration, large capacity wet grinding.

5External grading equipment to achieve continuous production.More extensive applicability and higher grinding efficiency. Finer and more uniform particle size. The power consumption will decrease to its original leveltenpart，The significance of energy conservation and consumption reduction is enormous.

Reference parameters