Technology
○Horizontal cantilever pin structure, integrated stainless steel bearing housing, equipped with German FAG bearings and German double-end mechanical seal, ensuring reliable operation and resistance to solvent wear.

○Laboratory research and development, as well as small-scale simulated production;
○Can be linearly scaled up for production;
○ Continuous grinding process or batch grinding process;

○ Grinding Chamber: The standard NMB1L is equipped with a hard alloy wear-resistant metal grinding chamber, while the NMZ1L features a toughened 95% zirconia ceramic rotor and inner liner barrel (pressureless silicon carbide), ensuring no metal ion contamination.
○Simple operation, can be rotated 90° for cleaning;
○ Swiss ABB stepless frequency conversion allows precise control of energy input and calculation of energy consumption;
○ Grinding media optional range: 0.20-2.2mm;
○ Standard configuration includes an external diaphragm pump (Ingersoll Rand, USA) or a peristaltic pump, enabling precise flow control.
○ Extreme fineness, Mini D97 ≤ 80nm (ATO thermal insulation coating)

Application

○ Color paste, ink;

○Applied to materials such as titanium oxide, zinc oxide, ATO, ITO, aluminum oxide, and graphene.

○ Pharmaceutical intermediates, gastric medications, lutein, plant cellulose, and other biomedical products

○Thermal insulation coatings, such as indium oxide, tin, etc.

○Cathode materials for batteries: iron phosphate, lithium iron phosphate, ternary materials, etc.