New materials industry

Jet mills and microfluidic homogenizers, with their core capabilities of "refining, dispersing, and homogenizing" materials, play a crucial role in the field of new materials (such as advanced ceramics, nanocomposites, functional polymers, bio-based materials, etc.), directly affecting the microstructure and macroscopic properties of materials. The following are the specific applications of both in the field of new materials:

1. **Advanced Ceramic Materials**

2. **Nanocomposite Precursor Treatment**

3. **Functional Powder Materials**

4. **Bio-based and Environmental Protection Materials**.

5. **Core Advantages**

   - Suitable for ultra-fine grinding of high-hardness and high-brittleness materials (such as ceramics, ores), avoiding impurities introduced by mechanical grinding;

   - Inert gas protection (such as nitrogen, argon) can be used to prevent powder oxidation or contamination (such as metal powders, active catalysts);

   - Particle size is controllable (usually 1-50μm) with a narrow distribution, which is beneficial to the performance uniformity of subsequent materials.

### **II. Applications of Microfluidic Homogenizers in the Field of New Materials**

1. **Nanocomposite Preparation**

2. **Functional Coatings and Thin Film Materials**

3. **Advanced Emulsion and Gel Materials**

4. **New Biomedical Materials**

5. **Core Advantages**

   - Can refine particles/droplets to the nanoscale (10-1000nm) with uniform distribution, significantly enhancing the interface effect of materials (such as the synergistic performance of nanocomposites);

   - Suitable for processing complex multiphase systems (solid-liquid, liquid-liquid), promoting the close combination of different phases (such as improving the compatibility between nanoparticles and the matrix);

   - The process is controllable (pressure, number of times) with high repeatability, suitable for large-scale preparation of high-performance new materials.