The secret weapon of new material research and development

The secret weapon of new material research and development: planetary centrifugal mixer
🌟  The Worries of Materials Scientists
Imagine making a cake: if the flour and sugar are not mixed evenly, the cake will have hard lumps.
The same applies to the research and development of nanomaterials——
👉  Nanoparticles agglomerate like "flour clumps", affecting material properties
👉  Traditional mixing methods are time-consuming, labor-intensive, and inefficient
👉  The experimental results are unstable, and the development cycle has been extended
🎯  How does this device solve the problem?
Just like making a drum washing machine spin and revolve simultaneously!
There are two great tricks for planetary centrifugal mixers:
Dual motion: The mixing container rotates like the Earth around the Sun, both on its own and on its own
Centrifugal force assistance: Like spinning clothes, it throws materials more evenly
📈  How miraculous is the effect?
✅  Reduce dispersion time by 70% (originally 1 hour, now 18 minutes)
✅  Material performance improved by 80% (such as brighter and more conductive)
✅  Double the success rate of experiments and save research and development costs
🔬  Real application cases
1. Quantum dot materials that make the screen brighter
Previously, quantum dots always aggregated and the display effect was poor. After using this device, the luminous efficiency increased by 2 times
Mobile phone screens and TV screens have brighter picture quality
2. Black technology for extending battery life
Silicon based batteries are prone to bulging? This device evenly disperses silicon particles, extending the battery life to 1500 cycles
Electric cars can run further
3. Make the material "thermally conductive"
Graphene is lined up in resin, and the material's thermal conductivity exceeds that of similar products by 30%
Computers dissipate heat faster, electronic devices are more durable
🌟  Why do scientists choose it?
Traditional method           Planetary centrifugal mixer                            Good
Hand mixing                     Fully automatic operation                              Save time
Ultrasonic dispersion        Physics+centrifugation combination             Good effect
Batch processing              Continuous production                                   Efficient
Other advantages:
It can be done from small test tubes (10ml) to large-scale experiments (5L)
Automatically record data, experimental results can be repeated
Safe and reliable, supporting vacuum environment
📢  Take action now! Assist in technological progress
300+laboratories worldwide are using it for research!
From the laboratory to the factory, help you turn your ideas into reality.
Make material C particles obedient and unleash material performance!