Nano Particles 2000W Ultrasonic Dispersion Machine With Titanium Horn

20Khz 2000W Ultrasonic Nano particles dispersion machine with Titanium horn

Parameter

Ultrasonic nanomaterial dispersion is the process of using ultrasonic technology to evenly disperse nanoparticles or nanomaterials in a solution or matrix. Ultrasonic waves can break up aggregated nanoparticles through cavitation effect and shear force, dispersing them into independent small particles and avoiding agglomeration or precipitation between nanoparticles, thereby obtaining a more uniform and stable nanomaterial dispersion system. This technology is widely used in the preparation of nanomaterials, preparation of nanomedicines, surface treatment, coatings, catalysts, and energy storage materials.

Advantages 

1. Efficient and fast: Ultrasonic dispersion can achieve uniform dispersion of nanoparticles in a short time, and is particularly suitable for systems with a large number of nanoparticles or agglomeration. Traditional dispersion methods may require long-term stirring or the addition of surfactants, while ultrasonic dispersion can greatly shorten the time.

2. Strong controllability of particle size: Ultrasonic technology can accurately control the dispersion degree and particle size distribution of nanoparticles, which can effectively prevent the agglomeration of particles and obtain a uniform dispersion system.

3. No chemical additives are required: Ultrasonic dispersion does not rely on chemical surfactants or emulsifiers to promote dispersion, so it can reduce or avoid the impact of chemical additives on the final product and maintain the purity and performance of raw materials, which is especially important for applications in the biomedical field or food field.

4. Strong adaptability: Ultrasonic dispersion is suitable for many types of nanomaterials, including metal nanoparticles, metal oxides, carbon nanotubes, nanoparticles, etc. It can also handle high-concentration nanoparticle solutions or suspensions.

5. Low energy consumption and green environmental protection: Compared with traditional mechanical methods, ultrasonic dispersion has low energy consumption, does not require complex mechanical parts, and does not involve large amounts of solvents and chemical additives, meeting the requirements of green environmental protection.

Main functions

Cell wall breaking: Ultrasonic crushers can break cell walls and release biomolecules (such as DNA, RNA, proteins, enzymes, etc.) in cells. They are widely used in cell extraction and biomolecule extraction in biological experiments.

Nano- and emulsification: Ultrasonic crushers can break substances into nano-scale particles through high-frequency vibrations, helping to prepare nanoemulsions, nanoparticles, nanopowders, etc., and are widely used in materials science and pharmaceutical fields.

Sample homogenization and dispersion: Homogenize or disperse particles, suspensions or emulsions in liquids to improve the uniformity of substances, especially when oil droplets, fine particles or drug carriers need to be dispersed.

Sample mixing: Multiple components (such as liquids, powders, particles, etc.) can be evenly mixed and applied to chemical analysis, pharmaceuticals, food and other industries.

Dissolution and crushing: Crush and dissolve solid particles, crystals, polymers, etc. to disperse them into uniform small particles or molecules, especially suitable for substances that are difficult to dissolve or easy to aggregate.

Ultrasonic cleaning: Uses tiny bubbles generated by ultrasound to clean complex surfaces or remove particles. It is often used to clean microscope slides, laboratory equipment, and precision equipment.