Views: 0 Author: Site Editor Publish Time: 2026-05-08 Origin: Site
The mixing principle is based on gravity diffusion mixing generated by the movement of the mixing drum, combined with high-speed flying knife dispersion and shear mixing, resulting in more efficient and uniform blending performance.
As the mixing drum rotates, the material continuously tumbles, flows, and diffuses inside the drum under the action of gravity, achieving gravity diffusion mixing, as indicated by the blue arrows in the diagram below.
In addition to the drum movement, high-speed flying knives inside the drum rotate simultaneously to forcibly disperse, break apart, and shear the material for intensive mixing, as indicated by the red arrows in the diagram below.
When powder materials possess the following special characteristics, the Knife Dispersing Ultra Dimensional Multi-mode Mixer can fully demonstrate its advantages by significantly improving mixing uniformity and dispersing performance:
Powders containing sticky agglomerated large particles;
Powders containing bundled fibers, clustered fibers, or other easily entangled materials;
Powders containing sticky, oily, or highly adhesive components;
Materials that are prone to caking, bridging, or difficult dispersion during the mixing process;
Powder systems requiring high standards of mixing uniformity and dispersing precision.
For powder materials with the above-mentioned special characteristics, traditional mixers often struggle to achieve truly uniform and efficient mixing. The main reason is that conventional mixing equipment usually relies only on tumbling, convection, or diffusion for blending, without sufficient mechanical force to break apart and disperse agglomerated particles, fibrous clusters, or sticky materials.
However, the Knife Dispersing Ultra Dimensional Multi-mode Mixer is fundamentally different.
Based on the dual-motion mixing principle, the machine integrates a high-speed knife dispersing system, which applies strong mechanical shear, breaking, and dispersing forces to agglomerated particles, fibrous materials, and sticky substances, allowing the materials to be redistributed evenly throughout the mixing chamber.
This synchronized "mixing + dispersing" process not only significantly improves mixing uniformity, but also effectively solves complex powder mixing challenges that are difficult for traditional mixers to handle. It is especially suitable for precision mixing applications involving advanced materials, ultrafine powders, and multi-component complex material systems.
For powder materials with special characteristics such as stickiness, fibrous structures, and agglomeration tendencies, the Knife Dispersing Dual Motion® Mixer provides highly efficient dispersing and uniform mixing performance that conventional mixers cannot achieve.
The machine is equipped with a high-speed knife dispersing system.
The knife speed reaches 1000 rpm, with a blade edge linear velocity of approximately 12 m/s, generating strong mechanical shear and impact forces capable of rapidly breaking apart:
Sticky agglomerated large particles;
Bundled fibers and clustered fibrous materials;
Hard lumps and difficult-to-disperse structures.
At the same time, the system offers high dispersing efficiency, short mixing cycles, and excellent operational efficiency.
The Knife Dispersing Ultra Dimensional Multi-mode Mixer is especially suitable for solving the following complex powder mixing challenges:
Powder mixing containing fibrous structures;
Powder mixing containing sticky agglomerated materials;
Powder mixing containing hard lumps, adsorption-based pseudo-particles, or other difficult-to-disperse formations;
Uniform mixing of complex multi-component powders with significant density differences.
Due to the strong mechanical dispersing capability of the high-speed knife system, caution should be exercised when processing materials that require the original particle shape and integrity to remain unchanged.
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