1、 Equipment Overview
WFJ micro pulverizer is an advanced pulverization equipment designed based on high-speed impact and shear principles, widely used for ultrafine pulverization of traditional Chinese medicine, mineral raw materials, polymer materials and other materials in the fields of pharmaceuticals, chemicals, food and new materials. Its core advantage lies in optimizing the mechanical structure and airflow classification technology to achieve material crushing fineness of 5-45 micrometers (μ m), while also possessing high yield, low energy consumption, and environmental protection characteristics.
2、 Core Technology Highlights
1. Efficient grading system
Equipped with dynamic grading wheels and multi-stage cyclone separation devices, the crushing fineness can be adjusted in real time according to needs to avoid over crushing and ensure uniform particle size distribution.
Adopting supersonic airflow crushing technology, combined with mechanical impact force and airflow kinetic energy, the crushing efficiency is improved by more than 20%.
2. Sealed anti pollution design
Fully enclosed stainless steel chamber, combined with nitrogen inert protection system, suitable for safe crushing of flammable, explosive or easily oxidizable materials (such as metal powder, plant extracts).
Dynamic mechanical sealing technology effectively prevents dust leakage and complies with GMP clean production standards.
3. Intelligent control function
Integrated PLC touch panel, supporting one click start stop, parameter memory, and fault self checking functions, reducing manual operation errors.
Real time monitoring of motor load, bearing temperature, and vibration data, automatic shutdown protection equipment in case of abnormalities.
3、 Typical application scenarios
1. Pharmaceutical industry: used for ultrafine grinding of traditional Chinese medicine decoction pieces and Western medicine raw materials to improve the dissolution rate of ingredients;
2. Food processing: preparing functional food additives (such as bee pollen, dietary fiber) to improve taste and absorption efficiency;
3. In the field of new materials, precision grinding of nanoscale metal powders and ceramic materials, suitable for 3D printing and coating processes.