NM-0.3L R&D Nano-Grinding Machine

Product Description: This product is designed for research, development, and quality control. During the grinding and dispersing process, the product is fed into a closed grinding chamber where it is agitated at high speed by a pin grinder, creating a continuous grinding cycle. After dispersion, the integrated pump pressure system smoothly discharges the product from the grinding chamber. Due to its compact size and high circulation efficiency, even quantities as small as 100ml can be dispersed. Furthermore, larger quantities can be processed in a shorter time through continuous grinding. To minimize material loss, the mixed material is directly fed into the grinding chamber.

Applications: Research and testing in scientific research institutions, laboratory testing, nanomaterial sample development, ceramic materials, battery materials, digital inkjet, high-performance coatings, pharmaceuticals, and other fields.

Features and Advantages

Quick and cost-effective new machine development due to accurate and repeatable dispersion.

Quick and reliable transfer of experimental development to production, as quantitative knowledge of the required mechanical power input is available for quality control and assurance.

Grinding chamber system (zirconia grinding chamber, zirconia grinding rotor) options: alloy steel, ceramic (zirconia), and carbide (SiC).

Dynamic gap separation of the mill material, compatible with zirconium beads larger than 0.3 mm.

Double-face mechanical seals for easy installation and system integration, no pressurization required, and tap water cooling.

The stainless steel housing and 360-degree rotating barrel provide easy cleaning, simple operation, and minimized dead angles for nano-grinding.

Grinding and dispersing small amounts of material is possible with complete product recovery.

High mill material throughput.

Large surface area thanks to the temperature-controlled cooling water system.

Applicable materials

Grinding data