china NM-0.3L R&D nano sand mill Manufacturers

LSM-0.5L laboratory rod pin sand mill has a closed structure and is designed to use a sand grinding medium of 0.3-0.4mm for wet ultrafine sand grinding of solid particle materials dispersed in liquids. Suitable for multiple sanding or cyclic sanding and dispersion operations. Materials can achieve ultrafine grinding and dispersion effects in a short period of time. The value of this series of products is reflected in uniform particle size distribution, good temperature control, and low energy consumption.
Laboratory small high-speed disperser LSM-0.5L universal laboratory rod pin sand mill
Experimental special nano sand grinder LSM-0.5L (0.5L sand grinding chamber volume, suitable for 0.5-5kg sand grinding)
Fineness can reach 200-300 nanometers using sand grinding medium 0.3-0.4mm
This model is flexible to use, easy to clean, and easy to maintain, suitable for small batch experiments and production

Fast and cost-effective new models, due to their dispersed and accurate repeatability.
The rapid and reliable transfer of experiments to the development of production requires quantitative knowledge of mechanical power input for quality control and assurance in production.
Grinding chamber system (zirconia grinding chamber, zirconia grinding rotor) options: alloy steel, ceramic (zirconia), carbide (SiC).
Grinding material dynamic gap separation can be achieved with zirconium beads larger than 0.3mm.
The double end mechanical seal is constructed to be easy to install and integrate into the system, without the need for pressure, and can be cooled by circulating tap water.
Stainless steel body shell, barrel body can rotate 360 degrees, easy to clean, simple to operate, small dead corner nano grinding.
The small amount of grinding and dispersion of materials may be due to the completion of product recycling.
The output of grinding materials is high.
Due to the temperature controlled cooling water system, it has a large surface area.

Leave a Reply

Your email address will not be published. Required fields are marked *