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XL-VH14
XINGLE
The asymmetric cylinder structure ensures that the powder and granular materials can reach a mixing uniformity of more than 99% in a short time. Compared with the traditional symmetrical V-type mixer, its unique motion trajectory can improve the mixing efficiency by more than 30%, while reducing dead corners and avoiding material residue, meeting the GMP standard production requirements.
1. Asymmetric V-type design – The unique geometric structure enhances the mixing dynamics, allowing the material to form a more complex motion trajectory in the barrel, improve the mixing uniformity, and reduce the risk of stratification.
2. High-precision mixing effect – The V-type powder Mixing machine adopts optimized speed control (0-28rpm) to ensure that the powder particles are fully diffused and avoid accumulation or segregation.
3. 100% customizable – The volume is adjusted according to customer needs, the working volume is 5.6L, and the material (304/316L stainless steel) meets the special mixing needs of different industries (chemical, pharmaceutical, new energy).
4. Low energy consumption and easy to clean – The optimized transmission system reduces energy consumption, saves energy compared to traditional mixers, has a dead angle design, is easy to clean, and avoids cross contamination.
5. Customized chemical powder Mixing machine adopts button automatic control, which can set the mixing time, speed, etc. according to the mixed materials, and is easy to operate.
Some specific performances of Easy Operation Multifunctional Powder Mixing Machine in the chemical industry:
1. Petrochemicals
Uniform mixing of refining catalysts (FCC catalysts, hydrogenation catalysts).
Preparation of molecular sieves and activated alumina carrier materials.
2. Fine chemicals
Surface modification and mixing of pigments such as titanium dioxide and carbon black.
Uniform blending of fluorescent dyes and disperse dyes.
Compounding of pesticide powders and carriers.
3. Polymer materials
Dry mixing of PVC stabilizers and rubber vulcanization accelerators.
Pre-dispersion of modified fillers of engineering plastics (PA/PC/ABS).
The asymmetric cylinder structure ensures that the powder and granular materials can reach a mixing uniformity of more than 99% in a short time. Compared with the traditional symmetrical V-type mixer, its unique motion trajectory can improve the mixing efficiency by more than 30%, while reducing dead corners and avoiding material residue, meeting the GMP standard production requirements.
1. Asymmetric V-type design – The unique geometric structure enhances the mixing dynamics, allowing the material to form a more complex motion trajectory in the barrel, improve the mixing uniformity, and reduce the risk of stratification.
2. High-precision mixing effect – The V-type powder Mixing machine adopts optimized speed control (0-28rpm) to ensure that the powder particles are fully diffused and avoid accumulation or segregation.
3. 100% customizable – The volume is adjusted according to customer needs, the working volume is 5.6L, and the material (304/316L stainless steel) meets the special mixing needs of different industries (chemical, pharmaceutical, new energy).
4. Low energy consumption and easy to clean – The optimized transmission system reduces energy consumption, saves energy compared to traditional mixers, has a dead angle design, is easy to clean, and avoids cross contamination.
5. Customized chemical powder Mixing machine adopts button automatic control, which can set the mixing time, speed, etc. according to the mixed materials, and is easy to operate.
Some specific performances of Easy Operation Multifunctional Powder Mixing Machine in the chemical industry:
1. Petrochemicals
Uniform mixing of refining catalysts (FCC catalysts, hydrogenation catalysts).
Preparation of molecular sieves and activated alumina carrier materials.
2. Fine chemicals
Surface modification and mixing of pigments such as titanium dioxide and carbon black.
Uniform blending of fluorescent dyes and disperse dyes.
Compounding of pesticide powders and carriers.
3. Polymer materials
Dry mixing of PVC stabilizers and rubber vulcanization accelerators.
Pre-dispersion of modified fillers of engineering plastics (PA/PC/ABS).
