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Ultrasonic Polyphenol Extraction

Polyphenols are a class of polyhydroxy compounds widely found in plants, possessing various biological activities such as antioxidant, anti-inflammatory, and anticancer properties. Therefore, polyphenol extraction has received widespread attention. The...

Ultrasonic Polyphenol Extraction

Polyphenols are a class of polyhydroxy compounds widely found in plants, possessing various biological activities such as antioxidant, anti-inflammatory, and anticancer properties. Therefore, polyphenol extraction has received widespread attention. The...

Ultrasonic dispersion equipment for stirring ph...

As the semiconductor industry moves towards smaller manufacturing processes, the demand for dispersion precision in photoresist resins continues to increase. Ultrasonic dispersion equipment, with its high efficiency, controllability, and stability,...

Ultrasonic dispersion equipment for stirring ph...

As the semiconductor industry moves towards smaller manufacturing processes, the demand for dispersion precision in photoresist resins continues to increase. Ultrasonic dispersion equipment, with its high efficiency, controllability, and stability,...

Ultrasonic Dispersion Technology Unlocks the Po...

Nanofibers and nano-carbons, due to their excellent mechanical and thermal properties, hold immense potential in composite materials, electronic devices, and other fields.

Ultrasonic Dispersion Technology Unlocks the Po...

Nanofibers and nano-carbons, due to their excellent mechanical and thermal properties, hold immense potential in composite materials, electronic devices, and other fields.

Ultrasonic Dispersion and Emulsification Techno...

Ultrasonic dispersion and emulsification technology is a novel processing technology based on physical processes. Its core principle lies in the cavitation effect induced by ultrasound in liquids. When high-frequency vibrations...

Ultrasonic Dispersion and Emulsification Techno...

Ultrasonic dispersion and emulsification technology is a novel processing technology based on physical processes. Its core principle lies in the cavitation effect induced by ultrasound in liquids. When high-frequency vibrations...

High-shear ultrasonic dispersion of pigments in...

High-shear ultrasonic dispersion equipment, with its high efficiency, precision, and cleanliness, not only overcomes the limitations of traditional processes but also drives the upgrading of photoresist material performance.

High-shear ultrasonic dispersion of pigments in...

High-shear ultrasonic dispersion equipment, with its high efficiency, precision, and cleanliness, not only overcomes the limitations of traditional processes but also drives the upgrading of photoresist material performance.

Ultrasonic Dispersion of Nanomaterials

Nanoparticles, with their unique size effect, exhibit excellent electrical conductivity and catalytic properties, but they have always been plagued by the problem of agglomeration. These tiny particles, due to their...

Ultrasonic Dispersion of Nanomaterials

Nanoparticles, with their unique size effect, exhibit excellent electrical conductivity and catalytic properties, but they have always been plagued by the problem of agglomeration. These tiny particles, due to their...

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