Ultrasonic high-pressure reactor

Ultrasonic high-pressure reactorBy combining ultrasound and high-pressure technology, an efficient and controllable environment is provided for chemical reactions, making it an important tool for cutting-edge scientific research and small-scale production in modern laboratories.The core lies in utilizing the energy of ultrasound to enhance chemical reactions. Ultrasonic waves are converted into mechanical vibrations by ultrasonic transducers, and then transmitted to the reaction medium through amplitude rods. The high-intensity ultrasound generated in liquid can cause cavitation phenomenon, that is, the formation of tiny bubbles in the liquid, and then these bubbles collapse violently under the action of sound pressure, producing strong shock waves and microjets, thereby generating local high temperature and pressure, accelerating the progress of chemical reactions.

Ultrasonic high-pressure reactorCombining the characteristics of ultrasonic technology and high-pressure reactors, it is widely used in laboratory chemical synthesis, biochemical reactions, materials science, nanotechnology, drug synthesis, preparation of biological products, and other reactions that require high pressure and ultrasonic environments.

Product Features:

1. Ultrasonic waves can significantly increase reaction rate, improve reaction selectivity, reduce by-products, and increase yield.

2. Designed to withstand high-pressure environments, with a wide range of working pressures, suitable for various chemical reactions, especially those that require high-pressure conditions.

3. Equipped with a temperature control system, it can accurately control the reaction temperature to ensure that the reaction proceeds under optimal conditions.

4. Stainless steel is usually used as the main material, lined with corrosion-resistant materials such as polytetrafluoroethylene (PTFE) to improve chemical resistance.

5. It has good sealing performance, equipped with safety valves and other safety measures to ensure the safety of operation under high pressure conditions.

6. In addition to the dispersing and crushing effects of ultrasound, magnetic stirring or mechanical stirring can also be equipped to ensure uniform mixing of reactants.

7. It can integrate multiple functions, such as temperature, pressure, stirring speed adjustment, as well as online monitoring and data recording.

Application fields:

Chemical synthesis: accelerates organic synthesis, inorganic synthesis, polymerization reactions, etc.

Materials Science: Preparation of nanomaterials, surface modification, synthesis of composite materials.

Biotechnology: fragmentation of biological samples, extraction of DNA/RNA, folding/unfolding of proteins.

Drug development: synthesis of drug components, preparation of drug carriers, research on drug stability and solubility.

Environmental Science: Wastewater Treatment, Degradation of Pollutants, Pre treatment of Environmental Samples.

Technical Specifications: