100L Jacketed Glass Ultrasonic Reactor Featuring Ultrasonic Homogenizer
100L Jacketed Glass Ultrasonic Reactor Featuring Ultrasonic Homogenizer - Image 2
100L Jacketed Glass Ultrasonic Reactor Featuring Ultrasonic Homogenizer - Image 3
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100L Jacketed Glass Ultrasonic Reactor Featuring Ultrasonic Homogenizer - Image 5

100L Jacketed Glass Ultrasonic Reactor Featuring Ultrasonic Homogenizer

$510.00

Description

Introducing our 100L Jacketed Glass Ultrasonic Reactor, designed for precision and efficiency in chemical processing. Equipped with an advanced ultrasonic homogenizer, it ensures uniform mixing and optimal results. Perfect for labs and production settings, this reactor enhances your workflow and guarantees superior performance. Upgrade your research or production capabilities today—don’t miss out on this essential tool!

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What is the purpose of the 100L Jacketed Glass Ultrasonic Reactor?

The 100L Jacketed Glass Ultrasonic Reactor is designed for various applications in chemical synthesis, extraction, and emulsification. It utilizes ultrasonic waves to enhance mixing and promotes uniform heat distribution, making it ideal for reactions requiring precise temperature control and improved mass transfer.

How does the ultrasonic homogenizer work in this reactor?

The ultrasonic homogenizer operates by generating high-frequency sound waves that create intense cavitation bubbles in the liquid medium. As these bubbles collapse, they produce localized high pressures and temperatures, leading to improved dispersion, emulsification, and breaking down of particles within the solution, thus enhancing reaction efficiency.

What materials is the reactor made of, and is it suitable for high-pressure applications?

The 100L Jacketed Glass Ultrasonic Reactor is constructed from high-quality borosilicate glass, which is resistant to thermal shock and chemical corrosion. While it is suitable for many laboratory applications, it is important to ensure that the specific process conditions do not exceed the pressure limits of the glass and reactor design. For high-pressure processes, alternative materials or equipment may be required.

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