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Nanopowder Purification Equipment

It is engineered for precision cleaning of high-purity powders (e.g., electronic-grade spherical alumina/silica). At its heart lies an inorganic ceramic flat membrane, integrated with dynamic aeration and in-line iron removal. It achieves nanoscale purification, reduces energy consumption by over 30%, and enables fully automated, continuous operation — empowering manufacturers to break through purity barriers and ensure stable, high-efficiency production.

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Selling Points

Ceramic Flat Membrane

Utilizes high-purity α-Al₂O₃ material, resistant to strong acids, alkalis, and organic solvents, effortlessly handling complex process environments

Anti Fouling

Smooth surface and concentrated pores provide excellent anti-fouling performance, ensuring long-term operation without clogging and eliminating frequent chemical cleaning

Clean & Pollution-free

No leaching, no microplastic release, meeting the stringent requirements of high-end materials for production

Purity Leap

Nanoscale precision filtration, powder solid content >70%, thorough ion removal, easily ensuring high purity

Efficiency Doubled

Operational flux of 200-240 LMH, large filtration area, easily handles high-load, continuous production

Fouling Resistance & Durable

Ceramic membrane is corrosion-resistant, non-clogging, far surpassing tubular membranes

Energy Consumption Significantly Reduced

Minimum working pressure of 0.04Mpa, comprehensive energy consumption reduced by over 30%, saving electricity, water, and worry

Intelligent Operation

One-button start/stop, remote monitoring, 24/7 unmanned operation, reducing labor dependence and operational error risks

Dynamic Aeration System: Powerful bottom agitation keeps powder fully suspended for friction in the liquid, preventing agglomeration at the source and enabling cleaning without dead ends

Efficient Iron Removal Module: Built-in strong magnetic iron remover captures magnetic foreign matter like iron chips and fines online, eliminating metal contamination

Ceramic Flat Membrane Separation: Acting as the "intelligent screening officer", it simultaneously completes ion exchange and solid-liquid separation, removing high-conductivity wastewater in one step to ensure high powder purity and yield

New Benchmark for Powder Cleaning

Spherical Alumina

Efficiently removes impurity ions, ensuring the high purity and excellent flow characteristics required for thermal interface materials

Spherical Silica

Precision filtration ensures extremely low ion residue and metal impurities, meeting the stringent requirements for consistency in fields like electronic packaging

Silicon Carbide

Achieves near-zero loss of ultrafine particles during the cleaning process, laying the foundation for its exceptional electrical performance as a third-generation semiconductor material