lithium battery slurry Vacuum ultrasonic processor

The CYKY-VUSP-12 is a Vacuum ultrasonic processor on a vacuum chamber with a high quality soundproofing chamber and a stainless steel lifting platform. Used for dispersing nano solution, liquid phase coprecipitation averaging, is the sol-gel method to prepare a new generation of LED phosphorus material, lithium battery slurry and high-quality film ideal tool.

Product characteristics:

Efficient processing: The vacuum ultrasonic processor uses the cavitation effect, mechanical effect and thermal effect of ultrasonic waves to efficiently process samples, such as dispersed nanosolutions and liquid phase co-precipitation averaging.

Precise control: The equipment is usually equipped with accurate control systems, such as automatic resonance point and power control, 99-hour process control timer, working time display, on/off pulse timer, etc., which can achieve accurate control of the processing process.

Temperature protection: A temperature sensor is usually installed in the vacuum room to monitor the temperature of the sample in real time to avoid damage to the sample caused by excessive temperature.

Compact: Vacuum ultrasonic processors are usually designed to be compact, take up little space, and at the same time be easy to operate and maintain.

Versatility: The device can be used in a variety of application scenarios, such as the preparation of LED phosphorus materials, lithium battery slurry and high-quality films by sol-gel method, and has a wide range of application prospects.

Purchase information:

If you are interested in our Vacuum ultrasonic processor, please contact us for more information and a quote.

Contact number: +8615617875939

E-mail: gordon@zztainuo.com

Contact: Gordon Zhang

Wechat: 15617875939

WhatsApp: +8613592553141

Technical parameters:

Main components:

Application field:

The application field of vacuum ultrasonic processor is quite wide, and the following are its main application directions:

Materials Science:

Nanomaterials preparation: High quality nanomaterials are prepared by dispersing nanomaterials.

Sol-gel method: used to prepare LED phosphorus materials, films, etc., to improve the uniformity and performance of the material.

Composite material preparation: promote the mixing and dispersion between different materials to improve the performance of composite materials.

Chemical Engineering:

Chemical reaction acceleration: Using the cavitation effect of ultrasonic to accelerate the chemical reaction rate and improve the yield.

Catalyst treatment: Improve the dispersion and activity of the catalyst, optimize the catalytic performance.

Chemical synthesis: In the vacuum environment, avoid the influence of air on the synthesis reaction, improve the purity and quality of the synthetic product.

Bioengineering:

Cell crushing: Used to break cells and release substances in cells for subsequent extraction and analysis.

Protein extraction: Improve the efficiency and purity of protein extraction, suitable for biopharmaceutical and biological science research.

Microbial treatment: used for the crushing and inactivation of bacteria, viruses and other microorganisms, suitable for the field of biosafety.

Food processing:

Emulsification and homogenization: improve the emulsification stability and homogenization of food, improve the taste and quality of food.

Extraction and concentration: Extract active ingredients from food raw materials to improve extraction efficiency and purity.

Sterilization and preservation: using the cavitation effect and mechanical effect of ultrasonic wave to kill microorganisms in food and extend the shelf life of food.

Environmental Science:

Wastewater treatment: degradation of organic matter and pollutants in wastewater, improve wastewater treatment efficiency.

Sludge treatment: improve the dewatering efficiency and reduction effect of sludge, and reduce the cost of sludge treatment.

Other areas:

Pharmaceutical manufacturing: used for mixing, dispersing and emulsifying operations during drug preparation.

Electronic materials: for the preparation of high-quality electronic materials, such as films, coatings, etc.

Textile printing and dyeing: improve the dyeing rate and fixing rate of dyes, improve the dyeing effect of textiles.

In short, the vacuum ultrasonic processor has a wide range of application prospects in many fields by virtue of its characteristics of high efficiency, precision and multi-function. With the continuous development of technology, its application field will be further expanded.