| Customization: | Available |
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| After-sales Service: | Yes |
| Warranty: | 1 Years |
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Preferential high efficiency ultrasonic emulsifier machine ultrasonic disperser processor
Ultrasonic acoustic chemical processor:
1. Chemistry is a new cross subject, mainly refers to the use of ultrasound to accelerate the chemical reaction or trigger new channels, in order to improve the production rate of chemical reactions or obtain new chemical reaction products.
The main power of the acoustic chemical reaction comes from the sound cavitation, from the high temperature (greater than 5,000 k) and high pressure (greater than 2) that accompany the cavitation bubble implosion.Extreme physical conditions such as 03 * 108Pa, shock wave or microjet.
2. The application of ultrasonic chemical chemical application range is very wide, can be roughly classified into nine categories, they are: biochemistry, analytical chemistry, chemical, electrochemical, photochemical catalysis, environmental chemistry, mineral chemical treatment, extraction and separation, synthesis and degradation.
Preferential high efficiency ultrasonic emulsifier machine ultrasonic disperser processor
Product description:
When ultrasonic wave propagates in liquid media, it produces a series of effects including mechanics, heat, optics, electricity and chemistry through mechanical action, cavitation action and heat action.In particular, high-power ultrasonic waves can produce strong cavitation effect, resulting in instantaneous high temperature, high pressure, vacuum and micro-jet flow in local areas.
Ultrasonic technique as a kind of physical means and tools, the ability to produce a series of chemical reactions are commonly used in the medium of close to the extreme conditions, the energy can not only stimulate and promote many chemical reactions, to speed up chemical reaction, can even change the direction of certain chemical reactions, some unexpected effects and miracles.It is generally believed that the above phenomena are mainly caused by the mechanical and cavitation effects of ultrasound, which are the result of changing the reaction conditions and environment.
Preferential high efficiency ultrasonic emulsifier machine ultrasonic disperser processor
Mechanical action - chemical reaction system, introducing ultrasonic ultrasonic can give substance to be forced to exercise, produce ChanXiangLi accelerated the transfer and diffusion of material, can replace mechanical agitation, can make the material from the surface, so that the interface updates.
Preferential high efficiency ultrasonic emulsifier machine ultrasonic disperser processor
Cavitation function - in some cases, the effect of ultrasonic generation are associated with cavitation mechanism, the acoustic cavitation is refers to under the effect of sound waves, exists in the tiny air bubbles in the liquid (hole) in a series of dynamic process: oscillation, expand, shrink and collapse.When cavitation occurs, the local state of the liquid changes greatly, resulting in extreme high temperature and high pressure.It provides a new and special physical and chemical environment for chemical reactions that are difficult or impossible to achieve under general conditions
Preferential high efficiency ultrasonic emulsifier machine ultrasonic disperser processor
Catalyzed chemical reaction
1.High temperature and high pressure conditions are conducive to the decomposition of reactants into free radicals and divalent carbon, forming more active reaction species.
2.Potassium shock wave and microjet have desorption and cleaning effects on solid surface (such as catalyst), which can remove surface reaction products or intermediates and surface passivation layer of catalyst.
3.Theta shock wave could destroy the reactant structure;
4. Dispersed reactant system;
5.Ultrasonic cavitation corrodes metal surfaces, and shock waves cause the deformation of metal lattice and the formation of internal strain zone, improving the chemical reaction activity of metal.
6.Methanol pushes the solvent deep into the solid, producing a so-called inclusion reaction;
7.Slash improves catalyst dispersion.
Preferential high efficiency ultrasonic emulsifier machine ultrasonic disperser processor
Working style:
There are two ways to operate the high power ultrasonic acoustic chemical treatment system of focusing probe.
One way is to treat the liquid in the normal flow and reaction of the container, where the ultrasonic emitter is inserted into the liquid and emits ultrasonic waves.The treated liquid flows through the container and is strongly ultrasonic.The size or temperature of the reaction vessel is acceptable.Generally speaking, for vessels of the same size, the smaller the flow of liquid, or the longer it stays in the container, the stronger the ultrasonic effect, and of course the smaller the output.Conversely, the shorter the duration of the control ultrasound, the lower the intensity and the higher the flow rate (i.e., the output).This method is also suitable for anti-scaling and descaling applications.
Another treatment method is to use our company's special ultrasonic reaction kettle to form a complete acoustic chemical reactor.The treated liquid flows in from one end of the reactor and out from the other end after ultrasonic action.This method has minimal changes to the original chemical system and immediate effects.
Preferential high efficiency ultrasonic emulsifier machine ultrasonic disperser processorMain configuration:
1. Optional frequency range: 15KHz ~ 60khz.
2. Common frequency: 20kHz
3. Nominal power of each industrial unit: 1500W, 2000W, 3000W, or multi-unit combination.
4. Vibration rod tool head (probe) material: titanium alloy.
5. Typical weight of ultrasonic vibration components: 12 kg
6. Driving power: analogue power supply;Nc power supply: frequency automatic tracking, over - flow protection, adjustable power size.
7. Typical size of driving power: 350 * 250 * 120mm
8. Typical weight of the simulated driving power: 18kg;Nc power supply: 9kg
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