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- 1. High Uniformity
- 2. Short mixing time,High Efficiency
- 3. 80% loading rate
- 4. Time saving,Energy saving,Space saving,Money saving.
- 5 Small damage to the original appearance of powders.
- 6. Solve the problem of ultra-fine powder mixing.
- 7. Solve the problem of light-heavy powder mixing.
- 8. Effectively solve the problem of uniform mixing diffuculty of trace elements
- 1. The important factor influenci
- 2. Particle size - an important
- 3. Powder fluidity is a double-edged sword
- 4. Pretreatment of powder mixture
- 5. Powder mixing principle introduce
- 6. Traditional powder mixers' adv
- 7. Selection of blending equipment
- 8. The basis of the uniform blending of powder
- 9. How to find the cause of mixing bad uniformity
- 10. Super light powder mixing precautions
- 11. Super fine powder mixing precautions
- 12. How to mix bad liquidity powder?
- 13. How to mix trace elements
- 14. A solution for powder's good
- 15. How does the dummy particles
How to created the dual motion powder mixer machine?
He had graduated from Northwestern Polytechnical University, majoring in Aircraft Manufacturing. Upon graduation, he worked as a designer at the 1st Institute of the 6th Academy of the Commission for Science, Technology and Industry for National Defense (now Shenyang Aircraft Corporation), where he took part in the development of the J-8II, a mainstay fighter jet of the Chinese Air Force. Starting with the J-8 and J-8II, China embarked on the independent R&D of fighter jets, laying the groundwork for the later J-10, J-16 and J-20 aircraft fighters. Mr. Liu later served as a professor at Zhengzhou University of Aeronautics. In 1993, he left academia to engage in the R&D and production of tungsten and molybdenum powder metallurgy products.
Before 2008, all conventional mixers available on the market were copies of foreign models, and some legacy designs dated back to the 1950s. Molybdenum piercing mandrels head is manufactured via powder metallurgy. The mixing of raw powders presented tough challenges: blending powders of vastly different densities and homogenizing trace elements. At that time, the double cone mixers and V type mixers we used (and all commercially available mixers on the market) could not deliver sufficient mixing uniformity, making it impossible to produce high-end powder metallurgy parts. Mr. Liu researched and developed the innovative Dual Motion Mixer, which adopts the principle of gravity diffusion mixing superimposed on forced shear mixing. It meets the demands of modern industry and ensures that the performance of our molybdenum piercing mandrels reaches an advanced domestic level. Our molybdenum piercing mandrels have ranked No.1 in national sales for fifteen consecutive years. The launch of this new mixer captured the domestic high-end mixer market in one go.
As the business evolved, the Dual Motion Mixer has grown from standalone units into a complete series of models suited for diverse powder mixing applications, together with automated powder mixing production lines. These systems greatly reduce labor intensity, cut labor costs, boost production efficiency, achieve dust-free operation throughout the process and deliver better environmental performance.
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