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Nazida (Shanghai) Nanotechnology Co., Ltd
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Nazida (Shanghai) Nanotechnology Co., Ltd

  • E-mail

    Judy@nexstarbio.com

  • Phone

    17384530128

  • Address

    1-2F, Building 4, 1628 Lizheng Road, Lingang New Area, China (Shanghai) Pilot Free Trade Zone

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Production type micro jet homogenizer

NegotiableUpdate on 01/30
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Overview
The production-oriented microjet homogenizer has higher efficiency in industries such as electronic materials, life engineering, pharmaceuticals, food, fibers, coatings, cosmetics, etc., and is suitable for a wide range of fields where high-pressure fluids can quickly pass through narrow gaps in dispersing units.
Product Details

Production type micro jet homogenizerAdopting fully imported diamond interactive cavity

※ Suitable combinations can be customized according to different applications of customers. ※ Sample processing can be achieved by utilizing turbulence and collision between samples, reducing the risk of sample contamination!

The high pressure resistance can reach 30000 psi, surpassing all current sample processing equipment, and can achieve greater shear force, cavitation, and turbulence effects!

Diamond inner layer, more wear-resistant, suitable for processing samples with harder particles High Pressure Homogenizer System

High working pressure (design) 1700bar (2000bar) control system hydraulic system drives high flow 480L/H homogenization chamber model Z/Y, aperture 100/200/400 μ m external dimensions 3090L * 1000W * 2160H power demand 380v, 50HZ, 37kw weight 2000kg

Production type micro jet homogenizerWhen high-pressure fluid passes through a fine pore module under pressure, the pressure drops sharply, forming ultrasonic flow velocity. At this time, particle impact, cavitation and flow dissipation, shear, damage to fluid cells under stress, atomization, emulsification, dispersion, liposomes and other phenomena occur in the fluid. With the use of existing intelligent mixers, ultrasonic waves, ball mills and other technologies, it has higher efficiency compared to other industries such as electronic materials, life engineering, pharmaceuticals, food, fibers, coatings, cosmetics, and is suitable for a wide range of fields. High pressure fluid can quickly pass through narrow gaps in dispersion units.

At this point, the rapid decrease in pressure within the fluid results in the formation of supersonic flow velocity, particle collisions, cavitation, and leakage within the fluid. Shear forces act on the splitting of nano-sized fine molecules, resulting in the homogeneous composition of the fluid.