News Center
2026-02-05
112Bubble residues are a fatal flaw in many industries such as electronics, new energy, and adhesives. Whether it is electronic potting glue with insulation failure caused by bubbles, lithium battery slurry with pole piece powder loss, or cosmetic creams with uneven surfaces, the root cause lies in inefficient defoaming methods of traditional mixing equipment. Ordinary stirring, manual mixing or low-speed dispersion will inevitably introduce a large number of micro-bubbles and large bubbles into the materials, and natural defoaming takes hours or even days, which seriously affects production efficiency and product qualification rate.
The Non Vacuum Centrifuge Defoaming Mixer breaks through the limitations of traditional defoaming technology. It uses high centrifugal force to form a strong centrifugal field, which quickly separates bubbles from materials and discharges them to the surface. Without relying on a vacuum system, it can achieve efficient defoaming for medium and low viscosity, non-high foaming materials. Compared with natural defoaming, the defoaming efficiency is increased by more than 10 times, and the problem of product scrapping caused by bubble residues is completely solved.
This equipment is especially suitable for enterprises that have strict requirements on product appearance and performance. It can ensure that the finished products have no pinholes, shrinkage holes, delamination or bulging, and improve the stability and reliability of the products. For electronic component manufacturers, using this mixer can effectively improve the insulation performance of potting glue and reduce the failure rate of electronic products; for new energy battery enterprises, it can optimize the uniformity of slurry and enhance the cycle life of batteries.
If you are still troubled by bubble residues in the production process, it is time to try the Non Vacuum Centrifuge Defoaming Mixer. It will bring you a more efficient and stable defoaming solution and help your enterprise reduce production costs and improve market competitiveness.
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