20L Ultrasonic Glass Reactor For Sample Emulsification
Separation
Homogenization
And Extraction In Laboratory Applications
20L Ultrasonic Glass Reactor For Sample Emulsification, Separation, Homogenization, And Extraction In Laboratory Applications - Image 5

20L Ultrasonic Glass Reactor for Sample Emulsification, Separation, Homogenization, and Extraction in Laboratory Applications

$8,010.00

Description

Introducing our 20L Sample Emulsification Separation Homogenization Extraction Laboratory Ultrasonic Glass Reactor! This high-performance reactor streamlines your laboratory processes, enhancing efficiency and precision. Perfect for emulsification and extraction tasks, it guarantees optimal results. Upgrade your lab today—order now and elevate your experiments!

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What is the 20L Sample Emulsification Separation Homogenization Extraction Laboratory Ultrasonic Glass Reactor used for?

The 20L Sample Emulsification Separation Homogenization Extraction Laboratory Ultrasonic Glass Reactor is designed for a variety of applications in laboratory settings. It is primarily used for emulsifying, separating, homogenizing, and extracting samples, making it ideal for research and development in fields such as chemistry, biology, and material science.

How does the ultrasonic technology benefit the emulsification process?

Ultrasonic technology enhances the emulsification process by generating high-frequency sound waves that create cavitation bubbles in the liquid. When these bubbles collapse, they produce intense shear forces that break down the particles, resulting in a more uniform and stable emulsion. This is especially beneficial for achieving finer emulsions and improved product quality.

Is the 20L Ultrasonic Glass Reactor easy to operate and maintain?

Yes, the 20L Ultrasonic Glass Reactor is designed for user-friendly operation, featuring intuitive controls and a clear display for monitoring parameters. Maintenance is also straightforward, as the glass components are easy to clean and the reactor is constructed for durability and ease of use in laboratory environments.

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