O pó de raiz de konjac, derivado do tubérculo da planta Amorphophallus konjac, experimentou um aumento massivo na demanda global. O pó de konjac é rico em glucomanano — uma fibra alimentar hidrofílica com […]
In the field of modern ultra-fine powder processing, the Air Classifier Mill (ACM) has become the cornerstone equipment for many industries. It is widely used for industrial minerals (calcium carbonate,
In the field of industrial grinding, the air classifying impact mill, with its unique structural design and working principle, has become a “star device” for processing hard and brittle materials.
In industrial powder processing, particle size distribution (PSD) is one of the most important indicators of product quality. Precise PSD control is essential for the ultrafine grinding of lithium battery
As a high-value-added product in tea processing, matcha powder is prized by consumers for its vibrant green color and rich aroma. In traditional grinding processes, rising temperatures, mechanical friction, and
Um moedor ACM consegue preservar a cor e o aroma do pó fino de matcha? Consulte Mais informação "
In the field of modern ultra-fine powder processing, the ACM Air Classifier Mill and the Jet Mill are two widely used core grinding devices. Although both fall under the category
Qual a diferença entre ACM e Jet Mill? Consulte Mais informação "
In the field of industrial powder processing, the Air Classifying Mill (ACM) has become a flagship device for handling hard, brittle, and medium-hard materials thanks to its unique integrated design
In the world of ultra-fine powder processing, the ACM Grinder stands as an industry workhorse. The ACM grinder is renowned for combining high-speed impact pulverization with precise dynamic air classification.
In the industrial mineral processing sector, calcium carbonate is one of the most widely used inorganic fillers. Whether dealing with Ground Calcium Carbonate (GCC) or Precipitated Calcium Carbonate (PCC), the
In modern materials science, irregular porous carbon is a “favorite” for lithium-ion battery anodes and supercapacitors. These materials, such as hard carbon or graphene aerogels, possess extremely high specific surface
