Y-shaped micro jet diamond interactive cavity

　　Y-shaped micro jet diamond interactive cavityY-type DIXC, also known as Y-shaped diamond homogenization chamber or Y-shaped counter jet diamond homogenization chamber.Y-shaped micro jet diamond interactive cavityUsed for producing uniform nanoparticles in high-pressure homogenizers. The fixed geometric shape within Y-type DIXC is designed to create a uniform machining contour, and all materials will be machined with equal destructive force. A single slot interaction chamber with a single microchannel is an ideal choice for small-scale research, while a multi slot interaction chamber containing multiple parallel microchannels can be used for industrial scale power by increasing the flow rate through DIXC under the same processing conditions. The Genizer Y-type diamond micro jet diamond interaction chamber in the United States has the ability of nano dispersion processing, high bone regeneration, and guaranteed amplification production performance. It is recognized and purchased by peers in the micro jet homogenization field. Micro jet homogenization equipment peers from the United States, Italy, and South Korea purchase nearly 100 Genizer micro jet diamond interaction chambers annually.

Genizer diamond homogenization chambers of different specifications

Y-shaped micro jet diamond interactive cavityPrinciple of operation of Genizer Y-shaped homogeneous chamber:

When the material passes through the diamond interaction chamber, it forms a high-speed microjet through a very small pore (less than a hundred micrometers) under ultra-high pressure (up to 60000 psi/4000 bar/400 MPa), with a speed of up to 500 m/s (exceeding the sound speed of 340 m/s). After intense shearing, oscillation, collision, cavitation effect and opposition, the material undergoes physical, chemical, structural properties and other changes, ultimately achieving a reduction in particle size and narrow distribution, accompanied by increased stability, uniformity and transparency and other homogenization effects.

　　Y-shaped micro jet diamond interactive cavityInternally, the relative velocity of the twin supersonic jets doubles at the moment of injection, resulting in a supersonic explosion effect. The collision between materials greatly reduces the wear and shear of materials on the interaction chamber, and extends the service life of the chamber; The micro jet high-pressure homogenization technology combines the advantages of micro jet, impact flow, and traditional high-pressure homogenization technology, and has higher homogenization efficiency.

Schematic diagram of the working principle of Genizer Y-type micro jet diamond homogenization chamber

Y-shaped micro jet diamond interactive cavityProduct parameters of Genizer Y-shaped homogenization chamber:

The pressure range can reach 60000PSI (4500Bar/450MPa) (depending on the interaction chamber aperture and material viscosity);

2. Hygiene level: The materials used are FDA approved 316L stainless steel and diamond;

3 interfaces: 1/4 'and 3/8' tapered pipes with internal threads matched with Hip high-pressure connectors, customizable;

4. Temperature control: For materials with temperature requirements, models with jacket real-time cooling function can be selected;

5 Compatibility: Suitable for ultra-high pressure homogenizers such as Microfluidics, Genizer, PSI, Avestin, and BEE.

6 commonly used single channel micro jet diamond interactive cavity models: F12Y, F20Y, J20Y,

7 commonly used multi-channel microjet diamond interactive cavity models: F20Y-6, F20Y-7, F12Y-8, F12Y-11

Y-shaped micro jet diamond interactive cavityApplication of Genizer Y-shaped Homogenization Chamber:

Preparation of fat granules, microemulsions, liposomes, suspensions, and microcapsules in the pharmaceutical industry;

Cell lysis, extraction and homogenization of intracellular and extracellular substances in biotechnology products;

Homogenization and emulsification of food and beverage industry products to improve product stability;

Homogenization and dispersion of products in industries such as cosmetics and fine chemicals;

Nano dissolution and agglomeration of new energy materials;

Production and preparation of graphene, conductive paste, and resistive paste.