Продажа Ультразвуковой Машины Для Экстракции Эфирных Масел Из Растений

Plant Essential Oil Ultrasonic Extraction Machine
Ultrasonic extraction, also known as ultrasonic extraction, uses the mechanical effects, cavitation effects and thermal effects of ultrasonic waves to extract biologically effective components by increasing the velocity of the medium molecules and increasing the penetrating power of the medium. The extraction rate can reach 95%, which is a new extraction technology. It is widely used in the extraction of essential oils, natural pigments, polysaccharides, flavonoids, alkaloids, polyphenols, organic acids, and oils.---                                                                                    Plant Essential Oil                                                                                      UltrasoUltrasonic extraction, also known as ultrasonic extraction, uses the mechanical effects, cavitation effects and thermal effects of ultrasonic waves to extract biologically effective components by increasing the velocity of the medium molecules and increasing the penetrating power of the medium. The extraction rate can reach 95%, which is a new extraction technology. It is widely used in the extraction of essential oils, natural pigments, polysaccharides, flavonoids, alkaloids, polyphenols, organic acids, and oils.---                                       Facts to Know:                                                                                                    How Does Ultrasonic High Shear Mixing Work? Ultrasonic homogenizers use the same mechanical principle as industrial mixing systems such as high shear mixers and dispersers, high-speed rotor mixers, multi-shaft mixers, colloid mills, high-pressure homogenizers, and propeller systems. Ultrasonic mixing systems are used to disperse and grind particles, emulsify oil and water phases, dissolve solids, and produce homogeneous mixtures of all kinds of materials in liquids and suspensions. Ultrasonic homogenizers integrate an ultrasonic probe, also known as a sonotrode, into a mixing vessel, such as a batch tank or a flow cell. The ultrasonic probe transmits very high-frequency vibrations to the liquid or suspension and creates intense acoustic cavitation in the liquid. The inward collapse of cavitation bubbles causes powerful shear forces that break and fragment droplets, lumps, aggregates, and even primary particles. Ultrasonic cavitation generates high-speed cavitational flows up to 1000 km/h, accelerating cavitational liquid jets that accelerate particles. When accelerated particles collide with each other, they act as a grinding medium. Then, the colliding particles are broken down and reduced to micron or nano size. In the ultrasonic cavitation field, pressures rapidly and repeatedly change between vacuum and 1000 bar. To achieve the same pressure cycle frequency, a rotary mixer with 4 mixing blades would have to operate at an astonishing 300,000 RPM. Conventional rotary mixers and rotor-stator mixers do not produce significant cavitation due to speed limitations.