High Flow Rod Pin Horizontal Grinding Machine Pigment Graphene Nano Ceramic Sand Mill

High Flow Rod Pin Horizontal Grinding Machine Pigment Graphene Nano Ceramic Sand Mill

Product Introduction

● The particle size control is very uniform,suitable for low-viscosity materials with high product quality requirements, especially for fine grinding of nanomaterials;

● The high-speed turbine disperser switches the particles moving axially in the grinding chamber into several particle streams in the circumferential direction, which greatly increases the kinetic energy of shearing and crushing compared with the traditional single particle stream.

● The radial pressure difference of the turbine disperser enables the particle flow to obtain a strong vortex force without strong contact with the disperser, avoiding excessive thermal energy loss caused by strong impact in the traditional structure.

●Turbine sand mill is a production-type high-efficiency grinder used in nanomaterials, pharmaceutical intermediates, ultra-fine alumina, zirconium silicate, ceramic color glaze, battery materials, scientific research and other fields. The distribution is uniform, and the minimum can reach D50=50nm.

Working principle

The rotor part of this series of models adopts centrifugal turbine rotor + static self-cleaning screen type discharge structure. When the equipment is running at high speed, the turbine rotor will instantly disperse the material, and the large particle material will be ground in the high energy area. The granular materials continue to be cyclically ground after being crushed. During this cycle, the crushed particles are wrapped with additives to avoid the phenomenon of agglomeration and coarsening due to the excessively fast crushing speed, resulting in delayed coating of additives. After the particles reach a certain fineness, they are sent out of the grinding area under the thrust of the pump. The unique design makes the grinding beads and slurries form several ion currents in the cylinder to rotate, which ensures that a huge amount of energy is gathered in a short time, which is suitable for high-yield work of nanomaterials.

Main features

● Turbo Max's new type of separate turbine adopts fluid vortex technology to grind materials strongly to ensure narrow particle size distribution and stable quality;

● High-efficiency separation system, high grinding efficiency and high energy utilization rate. Compared with the traditional disc sand mill of the same type, the grinding efficiency is more than 1 times higher;

● All ceramic technology is adopted from the rotor to the grinding chamber, and there is no metal ion pollution;

● It has excellent wear resistance, prolongs the service life and maintenance cycle of equipment, and reduces operating costs;

● PLC intelligent control system, the mixer can be connected in series together to realize cyclic grinding. Through programmed control,timing control makes unmanned operation possible and reduces labor costs;

● Imported double-end cartridge mechanical seal with stable performance and long service life;

● Safety protection devices are provided for material temperature, material pressure, water pressure, air pressure and machine seal pressure.

Specification